Success, to me, is a vision crafted from a tapestry of personal growth, professional achievement, and impactful contributions to society. As a student studying biology and chemistry with a fervent passion for genetic engineering, my journey toward success is defined by my aspirations to innovate within the field of biotechnology, address global challenges through scientific discovery, and inspire positive change in the world around me. At its core, success in my academic pursuits and career path means mastering the intricate intersections of biology and chemistry. It involves delving deep into the molecular mechanisms that govern life, understanding the intricate dance of genes and proteins, and harnessing this knowledge to engineer solutions that benefit humanity. Success is not merely about academic accolades but about acquiring a profound understanding of the natural world and using that knowledge to drive innovation. This opportunity to further my studies and research in genetic engineering is pivotal in achieving my vision of success. It will provide me with the resources, mentorship, and hands-on experience necessary to cultivate my expertise in this specialized field. Immersed in cutting-edge research initiatives, I envision myself exploring the frontiers of genetic manipulation, unraveling the mysteries of gene expression, and developing novel biotechnological tools that have the potential to revolutionize healthcare, agriculture, and environmental sustainability. Moreover, success for me extends beyond individual achievement to making a meaningful impact on a global scale. Through this opportunity, I aim to contribute to breakthroughs in biotechnology that address pressing societal challenges. Whether it's engineering crops resilient to climate change, pioneering gene therapies for genetic disorders, or designing sustainable biofuels, I aspire to leverage my skills to create tangible solutions that improve lives and safeguard our planet's biodiversity. Furthermore, success is intertwined with personal growth and resilience. This journey will undoubtedly present challenges—complex research puzzles, experimental setbacks, and the constant evolution of scientific knowledge. However, each obstacle is an opportunity to strengthen my resolve, deepen my understanding, and refine my problem-solving skills. Success, in this context, means embracing these challenges with curiosity and tenacity, continuously pushing the boundaries of what is possible in genetic engineering. Beyond academic and professional realms, success also encompasses ethical responsibility and leadership. As a future genetic engineer, I am committed to upholding the highest standards of scientific integrity, promoting diversity and inclusivity in STEM fields, and advocating for the ethical use of biotechnological advancements. This opportunity will empower me to develop not only as a skilled researcher but also as a responsible global citizen who considers the societal implications of scientific innovation. In essence, success in genetic engineering for me is about leaving a lasting legacy of innovation and positive impact. It's about contributing to a world where scientific advancements are harnessed to improve human health, enhance food security, protect the environment, and foster sustainable development. This opportunity represents a transformative step towards realizing these aspirations, equipping me with the knowledge, skills, and network of collaborators needed to make significant contributions to the scientific community and beyond. As I embark on this journey, I am driven by a profound sense of purpose and a commitment to excellence. By seizing this opportunity, I am confident that I can make meaningful strides towards my vision of success as a genetic engineering student—advancing knowledge, innovating solutions, and inspiring future generations to push the boundaries of what's possible for the betterment of humanity and our planet.

Character, sportsmanship, and work ethic are integral to both my experiences on the water while fishing and my contributions to the community, reflecting values that guide my personal and professional life with integrity and dedication. Fishing has been a sporadic yet profound part of my life, often enjoyed with family at various campsites or quiet spots by the water. Despite the irregularity of these outings, they have instilled in me a deep respect for nature and a patient approach to challenges. Whether casting lines with my grandfather or alongside friends, I've learned that fishing is not just about catching fish but about embracing the process with humility and perseverance. This mindset extends beyond the water, influencing how I approach academic challenges and professional responsibilities. In my academic pursuits as a genetic engineering student, balancing two part-time jobs—a salesman for a metal roofing company and an undergraduate researcher—I uphold the values learned from fishing. Each role demands diligence, organization, and the ability to manage multiple tasks effectively. Despite the challenges posed by ADHD, I have honed my ability to focus and prioritize, ensuring that I contribute meaningfully both in my studies and in scientific research. In the laboratory, I apply the same dedication and meticulousness that fishing requires. Just as I observe the water for signs of movement, I design experiments with careful attention to detail, analyze data rigorously, and innovate solutions to complex problems in genetic engineering. My experiences in research have taught me resilience in the face of setbacks and the importance of collaborative teamwork to achieve breakthroughs in scientific discovery. Beyond academic pursuits, I am committed to making a positive impact in my community. Inspired by my passion for genetic engineering and environmental conservation, I engage in volunteer work and mentorship initiatives. Whether participating in local conservation efforts or mentoring younger students in STEM fields, I strive to lead by example, encouraging others to pursue their interests with enthusiasm and dedication. Overall, my commitment to character, sportsmanship, and work ethic shapes every aspect of my life—from my experiences on the water to my contributions in academia and the community. Through fishing, I have learned the value of patience and respect for nature, while in my academic and professional endeavors, I apply these principles to achieve excellence and make a meaningful impact. As I continue to grow as a genetic engineer, I am dedicated to upholding these values, contributing to scientific advancement, and inspiring positive change in society.

In my current academic journey, I am immersed in a project where I am demonstrating exceptional leadership skills by leading a research initiative focused on analyzing the effectiveness of Distributed Drug Discovery (D3) within the Brijun educational framework. This endeavor is not only shaping my academic path but also presenting me with significant challenges and opportunities for growth. As the sole leader of this project, one of the primary challenges I face is navigating the complexities of conducting rigorous scientific research independently. Ensuring methodological rigor and maintaining a focused research direction requires meticulous planning and execution of research protocols. From the outset, I have prioritized establishing clear research objectives aligned with our study's goals. This involves conducting thorough literature reviews to understand existing knowledge gaps and defining precise research questions that guide our investigation. To address these challenges effectively, I employ a methodical approach to research. I meticulously design research protocols that outline the methodologies for data collection and analysis. This includes selecting appropriate metrics to evaluate the impact of D3 within the Brijun educational approach, devising strategies for data collection that ensure reliability and validity, and implementing robust analytical methods to derive meaningful insights from the gathered data. The impact of this ongoing research extends beyond academic exploration. By generating empirical evidence on the effectiveness of D3 in enhancing educational outcomes, our findings have the potential to inform educational practices and policies. This research aims to contribute valuable insights that could influence curriculum development, teaching methodologies, and ultimately improve the learning experiences of students. Looking forward to my future career, I intend to apply the leadership skills honed through this ongoing experience in various professional endeavors. In research, I aspire to continue driving impactful outcomes by advocating for evidence-based practices and innovative approaches. I am committed to integrating interdisciplinary perspectives and fostering collaborations across different domains to tackle complex challenges in the field of education and beyond. Moreover, I recognize the importance of mentorship and knowledge dissemination. As I progress in my career, I am dedicated to mentoring aspiring researchers and future leaders. By sharing the lessons learned from my ongoing research journey and encouraging others to pursue excellence and innovation, I aim to contribute to the development of a diverse and skilled community of researchers who can collectively make a positive impact on society. In conclusion, leading this ongoing research project independently has been a transformative experience in developing my leadership skills and deepening my commitment to rigorous scientific inquiry. I am confident that the skills and insights gained from this ongoing journey will enable me to continue making meaningful contributions to my field, driving positive change, and leaving a lasting impact in academia and beyond.

Striving for Precision: A Journey in Genetic Engineering As a college student juggling two part-time jobs and a passion for genetic engineering, my journey is defined by perseverance, curiosity, and an unyielding determination to make a meaningful impact in the world of science. From a young age, I've been fascinated by the intricacies of genetics and the potential it holds for solving complex biological puzzles. This fascination only deepened as I pursued my undergraduate studies and immersed myself in research opportunities. Currently, I balance my academic pursuits with two distinct part-time roles: one as a salesman for a metal roofing company, where I've honed my interpersonal skills and developed a knack for problem-solving in a fast-paced environment; the other as an undergraduate researcher, where I delve into the realms of genetic sequences, analyzing data, and conducting experiments aimed at understanding genetic anomalies. Navigating college life with ADHD has presented its challenges, but it has also sharpened my ability to think creatively and adapt to varying demands. My previous research experiences have taught me the value of persistence and meticulous attention to detail—skills essential in the field of genetic engineering, where precision is paramount. Looking ahead, my aspirations in genetic engineering are clear: I envision myself contributing to advancements in genetic therapies, potentially revolutionizing treatments for genetic disorders that affect millions worldwide. My ultimate goal is to bridge the gap between research and practical applications, translating laboratory discoveries into tangible solutions that improve lives. Receiving this scholarship would be instrumental in realizing these ambitions. It would alleviate financial burdens, allowing me to dedicate more time and energy to my studies and research endeavors. Furthermore, it would provide me with access to resources and opportunities that are crucial for professional development in genetic engineering. Beyond the financial support, this scholarship represents validation and encouragement of my academic journey. It reaffirms my belief that hard work and determination are recognized and rewarded, motivating me to continue striving for excellence in my field. With this support, I am confident that I can achieve my goals of contributing meaningfully to the field of genetic engineering and making a positive impact on society. In conclusion, my path forward is guided by a deep-seated passion for genetic engineering, fueled by my experiences, challenges, and unwavering commitment to scientific inquiry. With this scholarship, I am poised to pursue my dreams with greater focus, determination, and enthusiasm, knowing that every step forward brings me closer to realizing my vision of a future where genetic engineering transforms lives.

My desired career path centers around genetic engineering, a field where I aim to apply cutting-edge biotechnological innovations to address pressing global challenges in agriculture, healthcare, and environmental sustainability. My journey towards this career has been shaped by a combination of academic pursuits, hands-on research experiences, and a deep-seated passion for scientific discovery. During my undergraduate studies, I actively engaged in research projects focused on genetic modification of crops to enhance agricultural productivity and sustainability. These experiences immersed me in the practical application of genetic engineering techniques, from gene editing technologies to molecular biology methodologies. Through these projects, I developed critical research skills, including experimental design, data analysis, and scientific communication, which are essential for contributing effectively to the field. Complementing my research endeavors, I have pursued coursework in molecular biology, genetics, and biotechnology, deepening my theoretical understanding of genetic principles and their applications. These academic pursuits have provided me with a strong foundation in biological sciences and equipped me with the knowledge necessary to navigate complex genetic engineering challenges and advancements. Beyond academic and research activities, I have been actively involved in community service and extracurricular initiatives that underscore my commitment to using biotechnology for social good. For example, I have participated in environmental stewardship projects with my brothers, focusing on preserving local ecosystems through trash clean-up efforts and promoting sustainable practices. These experiences have reinforced my dedication to leveraging scientific knowledge and innovation to contribute positively to environmental sustainability and community well-being. Looking forward, I plan to pursue graduate studies in genetic engineering or a related discipline, where I aim to deepen my expertise in specialized areas such as gene therapy, synthetic biology, or bioinformatics. Engaging in advanced research projects during graduate school will allow me to address complex genetic challenges and contribute to groundbreaking discoveries that have real-world applications. In my future career, I envision positively impacting society by developing sustainable agricultural solutions, advancing gene therapy treatments for genetic disorders, and advocating for ethical and equitable use of genetic technologies. I am passionate about addressing global issues such as food security, healthcare disparities, and environmental conservation through innovative genetic engineering approaches. This scholarship is crucial in supporting my educational and career goals by alleviating financial barriers and allowing me to focus fully on my studies and research. It will enable me to pursue advanced training, participate in impactful research initiatives, and collaborate with leading experts in the field of genetic engineering. With this support, I am confident in my ability to contribute meaningfully to the advancement of genetic engineering and make a lasting impact on society's challenges and opportunities.

Selflessness, to me, is about embodying the spirit of service and compassion in every action, whether it's providing academic support to a family member, assisting community members in practical tasks, or engaging in environmental stewardship efforts. These experiences have shaped my understanding of how small acts of kindness and dedication can have a profound impact on others' lives and contribute to building a stronger, more supportive community. One significant way I demonstrated selflessness was through tutoring my older sister in algebra during high school while I was taking organic chemistry. Despite the typical sibling dynamics, I approached these tutoring sessions with patience and a genuine desire to help her succeed academically. I tailored my explanations and teaching methods to suit her learning style, ensuring she grasped challenging concepts and felt empowered in her studies. This commitment to her academic growth not only strengthened our bond as siblings but also underscored my belief in supporting loved ones through their educational journeys. In addition to academic support within my family, I actively contributed to our community by assisting my parents with practical tasks. One such example was helping gather firewood for elderly church members during winters. This act of service ensured that these individuals had the warmth they needed while fostering a sense of community and support within our church family. I also participated in organized hikes with my brothers, where we engaged in trash clean-up efforts along local trails and natural areas. By working together to maintain these spaces, we contributed to environmental stewardship and demonstrated our commitment to preserving and enhancing our shared surroundings. These experiences taught me valuable lessons about the importance of selflessness in building strong relationships and making a positive impact in community settings. They instilled in me a sense of responsibility to actively contribute to the well-being of others and to foster a culture of support and care wherever possible. Moreover, these actions were not merely isolated instances but part of a broader commitment to embodying selflessness in everyday life. Whether through tutoring sessions with my sister, assisting with practical tasks for elderly community members, or participating in environmental clean-up initiatives with my brothers, I strived to prioritize the needs and well-being of others above my own comfort and convenience. These experiences have shaped my perspective on the importance of empathy, compassion, and active engagement in creating positive change in both personal and communal contexts. Looking ahead, I am committed to continuing my journey of selflessness, seeking out opportunities to contribute to the betterment of society and to support those in need. Whether through future volunteer efforts, academic pursuits, or professional endeavors, I aim to embody the values of empathy and service that have guided me thus far. This scholarship will support my educational goals by enabling me to further my studies in genetic engineering, where I aspire to harness scientific knowledge and innovation to address global challenges and make a meaningful impact in the world.

As a college student with a fervent passion for genetic engineering, I believe in its transformative potential to address global challenges and improve lives. Genetic engineering represents a frontier of innovation where science meets humanitarianism, offering solutions to complex issues ranging from food security to healthcare. One groundbreaking example of genetic engineering's impact is exemplified by AquAdvantage salmon developed by AquaBounty Technologies. These genetically modified fish grow faster and more efficiently than conventional salmon, offering a sustainable alternative to traditional aquaculture. By reducing the time and resources needed to produce seafood, genetic engineering not only meets growing global demand but also alleviates pressure on wild fish populations, thus promoting marine conservation through economic competition. In the realm of healthcare, genetic engineering has been pivotal in the rapid development of COVID-19 vaccines. The mRNA technology used in vaccines from Pfizer-BioNTech and Moderna exemplifies the power of genetic engineering to swiftly respond to global health crises. This breakthrough not only saved countless lives but also demonstrated the agility and potential of genetic engineering in combating infectious diseases. Moreover, genetic engineering holds immense promise in the field of medical genetics, particularly in the treatment and potential cure of genetic disorders. Research is actively exploring gene therapy approaches to address conditions like cystic fibrosis, sickle cell disease, and even congenital deafness. This ongoing research offers hope to individuals and families affected by these disorders, promising a future where genetic conditions may be corrected or prevented altogether. For me, pursuing a career in genetic engineering is not just a professional ambition but a personal calling driven by a desire to contribute meaningfully to society. My academic journey has been shaped by a fascination with genetics and a commitment to applying scientific knowledge for the betterment of humanity. Through rigorous coursework, laboratory experiences, and extracurricular research projects, I have honed my skills and deepened my understanding of genetic principles and their practical applications. This scholarship is instrumental in supporting my education goals by alleviating financial burdens and allowing me to fully focus on my studies and research. It will enable me to pursue advanced coursework in genetic engineering, participate in cutting-edge research initiatives, and collaborate with leading experts in the field. Moreover, it will provide me with opportunities to engage in internships and experiential learning that will further enrich my knowledge and skills. Ultimately, my goal is to contribute to the advancement of genetic engineering, whether through innovative research, ethical application of technologies, or advocating for policies that promote scientific progress and societal benefit. With the support of this scholarship, I am confident that I can continue my journey towards becoming a genetic engineer who not only embraces the potential of genetic technology but also strives to harness it responsibly for the betterment of global health, environmental sustainability, and human well-being.

The frustration of searching for hours under the hot sun, the flowers in the bouquet slowly drooping, and the knowledge that we might not be able to visit again for a long time hung heavy in the air. It was a poignant moment standing there, surrounded by rows of graves, uncertain if the unmarked plot before us held my mom's grandparents. The cemetery, seemingly endless in its expanse, echoed with a quiet solemnity that underscored the weight of our quest. Each step through the rows felt like a journey through time and memory. My mom's determination to find her grandparents' resting place was palpable, fueled by a longing to connect with her roots and honor their memory. Yet, as minutes turned into hours and the sun began its descent, we faced the stark reality that some graves remained elusive, lost to time or lack of documentation. Finally, standing before the unmarked grave, we placed the flowers with a mixture of reverence and uncertainty. Would this simple gesture reach those we sought to honor? The moment was bittersweet, a blend of closure and unanswered questions. It underscored the importance of preserving and documenting these historical markers, ensuring that future generations would not face the same uncertainty. Leaving the cemetery that day, the weight of our experience lingered. It wasn't just about finding a grave; it was about acknowledging a family history, grappling with the passage of time, and realizing the significance of preserving these connections for future generations. The experience fueled my passion for historical preservation and community service, recognizing the profound impact of small acts of remembrance and the importance of honoring our collective past. In the years since, volunteering with Find a Grave and similar organizations has become more than just documenting names and dates; it's about preserving stories and memories. Each grave I document represents a piece of someone's history, a testament to their existence and the impact they had on their community and loved ones. It's a way to ensure that no one's story is lost or forgotten, and that every life is remembered and honored. This personal journey has shaped my commitment to community involvement and historical preservation, reminding me of the power of remembrance and the importance of honoring our ancestors. Through my volunteer work, I hope to contribute to the collective effort of preserving our cultural heritage and ensuring that future generations have the opportunity to connect with their own history and ancestry.

In a world where the balance between human needs and environmental sustainability grows ever more precarious, the urgent challenge of ensuring food security stands out as paramount. As a college student aspiring to become a genetic engineer, I am deeply concerned about the future of agriculture and its impact on our planet. The nexus between agricultural development and environmental sustainability is where I intend to focus my career and efforts. One of the most pressing environmental challenges we face today is the sustainable use of land for agriculture. With a rapidly growing global population expected to reach 9 billion by 2050, the demand for food will escalate dramatically. This places immense pressure on our finite land resources, leading to deforestation, soil degradation, and loss of biodiversity. Furthermore, traditional agricultural practices often rely heavily on chemical inputs that degrade soil health and pollute waterways. To address these challenges, I envision leveraging genetic engineering to revolutionize agriculture towards sustainability. One promising approach is the development of genetically modified crops that are more resilient to environmental stressors such as drought, pests, and diseases. By enhancing the genetic traits of crops, we can boost yields without expanding agricultural land, thereby conserving natural habitats and reducing greenhouse gas emissions associated with deforestation. Additionally, genetic engineering offers the potential to improve nutrient efficiency in crops, reducing the need for chemical fertilizers that contribute to water pollution and greenhouse gas emissions. Biofortification—the process of enhancing the nutritional content of crops—can also address malnutrition by fortifying staple foods with essential vitamins and minerals. Moreover, genetic engineering can play a crucial role in developing crops suited for sustainable farming practices such as agroecology and organic farming. By tailoring crop traits to thrive in diverse agroecological systems, we can promote biodiversity, improve soil health, and reduce reliance on synthetic inputs. As a future genetic engineer, I am committed to contributing to these solutions through research and innovation. I aim to pursue advanced studies in genetic engineering, focusing on sustainable agriculture and biotechnology. By collaborating with interdisciplinary teams of scientists, policymakers, and farmers, I intend to develop and advocate for environmentally responsible agricultural practices. Furthermore, I plan to engage with local communities to ensure that technological advancements in genetic engineering are ethically implemented and accessible to small-scale farmers worldwide. Empowering farmers with resilient crop varieties and sustainable farming techniques can enhance food security, alleviate poverty, and mitigate the adverse effects of climate change. In conclusion, the challenge of sustainable agriculture is multifaceted, but genetic engineering holds immense promise for addressing these complexities. By harnessing the power of genetics responsibly and innovatively, I am determined to contribute towards a future where food production is both abundant and sustainable, ensuring that no one goes hungry while safeguarding the planet for future generations. This scholarship will enable me to pursue my aspirations and make a meaningful impact in the field of genetic engineering and sustainable agriculture.

Balancing two part-time jobs while pursuing my studies has been a challenging yet formative experience, requiring careful time management and prioritization. Juggling work commitments alongside academic responsibilities demands a structured schedule and a resilient mindset to navigate the demands of both worlds effectively. One of the primary difficulties I face is managing my time efficiently to ensure that work shifts do not compromise study time or vice versa. This often means meticulously planning my weekly schedule, prioritizing tasks, and maintaining open communication with employers and professors to accommodate both work and study commitments. Additionally, the mental and physical fatigue from working multiple jobs can be taxing, requiring self-care strategies such as adequate sleep, healthy eating habits, and regular exercise to maintain overall well-being. Despite these challenges, I intentionally make choices in my daily life to live sustainably, recognizing the importance of reducing my carbon footprint and contributing to environmental conservation. One key choice I make is minimizing my reliance on single-use plastics by using reusable bags, bottles, and containers. This reduces waste and helps mitigate the environmental impact of plastic pollution, which is a significant threat to marine life and ecosystems. Moreover, I prioritize energy efficiency in my living space by using LED light bulbs, adjusting thermostat settings for optimal energy use, and unplugging electronics when not in use. These small adjustments contribute to reducing energy consumption and lowering greenhouse gas emissions, which are critical in combating climate change and its far-reaching effects on global ecosystems and communities. I am also mindful of my transportation choices, opting for public transit, biking, or carpooling whenever possible to reduce my carbon emissions from personal vehicle use. By choosing sustainable transportation methods, I not only reduce air pollution but also support efforts to improve urban air quality and promote healthier communities. Beyond personal lifestyle choices, I advocate for sustainability and environmental stewardship in my community and beyond. I engage in discussions, support initiatives, and participate in local environmental projects aimed at raising awareness and promoting sustainable practices. I believe that individual actions, when multiplied across communities and societies, have the power to drive significant positive change for our planet and future generations. In conclusion, while balancing two part-time jobs and studying presents its challenges, I remain committed to living sustainably and reducing my carbon footprint. Through intentional choices in daily life, such as minimizing waste, conserving energy, and advocating for environmental responsibility, I strive to contribute positively to environmental conservation efforts. I believe that sustainability is not only about protecting the planet but also about creating a more resilient and equitable future for all.

Aquabounty is a pioneering company in the field of genetic engineering applied to aquaculture, specifically known for developing genetically engineered salmon. These salmon are designed to grow faster and more efficiently than their non-engineered counterparts, presenting a potential solution to increasing global demand for seafood while reducing pressure on wild fish populations. The advent of genetically engineered salmon has significant implications for ocean conservation, particularly in terms of reducing overfishing and its detrimental effects on marine ecosystems. Traditional fishing practices often lead to overexploitation of fish stocks, disrupting marine food webs and causing declines in biodiversity. By providing a commercially viable alternative to wild-caught salmon, Aquabounty's genetically engineered salmon can potentially decrease the demand for wild fish, thus alleviating pressure on ocean ecosystems and allowing fish populations to recover. As someone deeply concerned about environmental sustainability, particularly the health of our oceans, I am passionate about protecting marine biodiversity and promoting sustainable fishing practices. The oceans play a crucial role in regulating global climate, providing food security, and supporting livelihoods for millions of people worldwide. However, they are increasingly threatened by pollution, overfishing, habitat destruction, and climate change. My academic pursuits in Biology and Chemistry, with a focus on genetic engineering, are driven by a commitment to addressing these pressing environmental challenges. Through rigorous study and research, I aim to contribute to the development of sustainable aquaculture practices that minimize environmental impacts while meeting global food demands. Genetic engineering offers promising tools to enhance the resilience, productivity, and nutritional value of aquatic organisms, thereby supporting sustainable seafood production. With a degree in genetic engineering, I plan to collaborate with industry leaders, policymakers, and environmental organizations to advance sustainable aquaculture initiatives. Specifically, I aim to advocate for the responsible use of genetic technologies to improve food security and reduce the ecological footprint of food production systems. By promoting the adoption of genetically engineered species like salmon, which can be raised in controlled environments, I hope to lessen the strain on wild fish populations and contribute to the conservation of marine biodiversity. Moreover, I am committed to raising awareness about ocean conservation and sustainable seafood consumption among consumers and stakeholders. Education and advocacy play crucial roles in driving societal change and encouraging informed decision-making regarding our oceans' health. Through outreach programs, public engagement, and collaboration with community organizations, I aim to empower individuals and communities to make environmentally conscious choices that support ocean sustainability. In conclusion, my passion for protecting our oceans is intertwined with my academic and professional aspirations in genetic engineering. I believe that innovative solutions like genetically engineered salmon can play a pivotal role in mitigating the impacts of overfishing and promoting sustainable aquaculture practices. With dedication and scientific rigor, I am determined to contribute to a future where our oceans thrive, supporting biodiversity, food security, and the well-being of communities around the world.

LGBTQIA+ experiences have profoundly impacted my life, shaping both my personal journey and my aspirations for advocacy. Growing up, I navigated the intricate landscape of identity in a world where societal norms often fail to accommodate the diversity of human expression. Coming to understand and accept my own identity within the LGBTQIA+ spectrum was a journey marked by introspection, courage, and resilience—qualities mirrored in the genetic diversity of plants I study. Like the varied genetic expressions in plant life, the LGBTQIA+ community encompasses a rich spectrum of identities and experiences. Embracing this diversity has taught me the importance of authenticity and self-acceptance. Just as plants adapt and thrive in different environments, LGBTQIA+ individuals flourish when supported by inclusive communities and environments that celebrate their uniqueness. However, this journey hasn't been without its challenges. Witnessing the struggles of friends and family members within the LGBTQIA+ community has deeply impacted me. Many have faced discrimination, rejection, and even violence due to their sexual orientation or gender identity. These experiences have underscored the urgent need for advocacy and systemic change to ensure that all individuals, regardless of their LGBTQIA+ status, can live free from fear and discrimination. My academic pursuits in Biology and Chemistry, with a focus on genetic engineering, are driven by a desire to contribute to societal progress and equity. Just as genetic engineering seeks to enhance the resilience and productivity of crops, I aim to apply scientific knowledge to promote understanding and acceptance within society. Through research and advocacy, I aspire to bridge the gap between scientific innovation and social justice, advocating for policies and practices that uphold LGBTQIA+ rights and dignity. Receiving this scholarship would not only alleviate financial burdens but also affirm my dedication to using my education and platform to effect positive change. It would provide me with the resources to further my studies and research in genetic engineering, where I plan to explore how genetic diversity contributes to the resilience and adaptability of plant species. This exploration extends metaphorically to my advocacy work, where I aim to highlight the strength found in diversity within the LGBTQIA+ community. In my future career, I envision myself collaborating with agricultural communities and LGBTQIA+ advocacy organizations to promote sustainable practices and inclusivity. By leveraging advancements in genetic engineering, I hope to contribute to the development of crops that are not only more resilient but also more inclusive of genetic diversity. Moreover, I am committed to using my voice and scientific knowledge to advocate for policies that foster inclusive environments and dismantle barriers faced by LGBTQIA+ individuals. Ultimately, my journey as an LGBTQIA+ individual has fueled my passion for advocacy and scientific exploration. I am driven by a vision of a world where diversity is celebrated, and all individuals have equal opportunities to thrive. With the support of this scholarship, I am eager to continue my journey, contributing to a more inclusive and equitable society where everyone's uniqueness is valued and respected, much like the genetic diversity that sustains life on our planet.

I have chosen the field of genetic engineering due to its potential to revolutionize agriculture and tackle global food insecurity challenges. Growing up, I witnessed firsthand the profound impact of food scarcity on communities, particularly in regions vulnerable to environmental changes and economic instability. This ignited my passion to pursue a career where scientific innovation intersects with societal need. My academic journey in Biology and Chemistry has equipped me with a solid foundation in understanding biological processes and chemical principles essential for genetic engineering. I am fascinated by the intricacies of genetics and molecular biology, particularly how they can be manipulated to enhance crop resilience, nutritional value, and yield. Through rigorous study and research, I aim to contribute to the development of genetically modified crops that can thrive in diverse environmental conditions, ensuring food security for populations worldwide. Beyond scientific curiosity, my motivation stems from personal experiences and values. As an individual, I draw parallels between the diversity within human identities and the genetic diversity found in plants. Embracing and celebrating this diversity is not only essential for equitable scientific advancements but also reflects my commitment to inclusivity and social justice. My goal is to create an impact by bridging the gap between scientific research and practical applications in agriculture. I envision collaborating with agricultural communities, policymakers, and environmental advocates to promote sustainable farming practices and ensure equitable access to nutritious food. By leveraging advancements in genetic engineering, I aspire to empower farmers to cultivate resilient crops that contribute to environmental sustainability and economic stability. Receiving this scholarship would be instrumental in achieving my goals. It would alleviate financial barriers, allowing me to focus on my studies and research endeavors. Moreover, it would affirm my dedication to using scientific knowledge for the betterment of society, particularly in addressing global food security challenges. With this support, I am committed to pursuing my passion for genetic engineering with determination, compassion, and a drive to create meaningful impact in the world.

My aspirations for higher education are profoundly shaped by my personal journey and my commitment to advocating for LGBTQ+ rights. Pursuing dual degrees in Biology and Chemistry, with the ultimate goal of becoming a genetic engineer, represents my dedication to using scientific knowledge to address pressing global challenges. One such challenge that resonates deeply with me is the issue of world hunger. Through rigorous study and research, I am driven to explore innovative solutions that revolutionize agricultural practices and enhance food security worldwide. My academic journey in Biology and Chemistry is not just about acquiring knowledge; it is a pathway to contribute meaningfully to society. By understanding the intricate mechanisms of plant genetics and biochemistry, I aim to develop crops that are more resilient, nutritious, and sustainable. This ambition is rooted in a desire to alleviate hunger and improve agricultural efficiency, particularly in regions facing food insecurity. As an asexual individual, my perspective on plant genetics is uniquely intertwined with my identity. Asexuality, like the genetic diversity found in plants, highlights the richness and complexity of natural variation. Just as plants adapt and thrive in diverse environments, I believe in celebrating and harnessing the diversity within our communities and ecosystems. This inclusive mindset drives my research ethos, emphasizing the importance of equity and inclusivity in scientific innovation. Receiving this scholarship would significantly alleviate financial burdens, allowing me to focus wholeheartedly on my studies and research pursuits. It would provide me with the resources to engage in cutting-edge laboratory work, participate in internships, and collaborate with experts in the field of genetic engineering. Moreover, it would validate my aspirations and commitment to using scientific knowledge to effect positive change, both locally and globally. In my future career as a genetic engineer, I envision bridging the gap between scientific research and practical applications in agriculture. I am passionate about developing genetically modified crops that are not only resilient to climate change and pests but also contribute to sustainable farming practices. Through collaborations with farmers, policymakers, and environmental advocates, I aim to promote food sovereignty and environmental stewardship. Advocating for LGBTQ+ rights is another essential aspect of my journey. By leveraging my education and platform as a scientist, I am committed to advocating for policies and practices that foster inclusivity and respect for LGBTQ+ individuals in STEM fields and beyond. I aspire to mentor future LGBTQ+ scientists, encouraging diversity and representation in scientific research and leadership. In conclusion, my journey in Biology and Chemistry is driven by a deep-seated passion for scientific discovery and a commitment to addressing global challenges such as food insecurity. As an asexual individual, I bring a unique perspective to my research, emphasizing the value of diversity and inclusion in scientific innovation. With the support of this scholarship, I am eager to pursue my aspirations as a genetic engineer, contributing to sustainable agriculture and advocating for LGBTQ+ rights with dedication, compassion, and scientific rigor.

The books I've immersed myself in throughout my academic journey have been pivotal in shaping both my understanding of genetics and my aspirations to become a genetic engineer. One of the most influential texts for me has been "Genetics: Analysis and Principles" by Robert Brooker. This comprehensive textbook not only delves into the fundamental concepts of genetics but also explores cutting-edge research and applications in the field. It has deepened my knowledge of molecular genetics, genetic engineering techniques, and the ethical implications surrounding genetic research. Another impactful book has been "The Gene: An Intimate History" by Siddhartha Mukherjee. This narrative intertwines scientific discovery with personal stories, exploring the history and impact of genetics on society. It illuminated the complexities of genetic inheritance, the interplay between genes and environment, and the ethical dilemmas posed by advancements in genetic technology. Mukherjee's narrative style and depth of research inspired me to consider the broader implications of genetic engineering beyond the laboratory. Furthermore, "The Emperor of All Maladies: A Biography of Cancer" by Siddhartha Mukherjee has broadened my perspective on the intersection of genetics, disease, and therapeutic interventions. While not solely focused on genetics, this Pulitzer Prize-winning book provided insights into the challenges and triumphs of medical research, highlighting the role of genetics in understanding and treating complex diseases like cancer. It underscored the importance of interdisciplinary collaboration and perseverance in scientific inquiry, principles that are essential in genetic engineering. These books have collectively reinforced my belief in the transformative power of genetic research and its potential to address profound human challenges. They have taught me that scientific inquiry requires both technical expertise and a nuanced understanding of the ethical, social, and cultural implications of genetic advancements. They have also instilled in me a sense of responsibility to use my knowledge and skills to contribute positively to the field and society at large. In shaping my goals, these books have fueled my determination to pursue a career in genetic engineering with a focus on genetic disorders. They have influenced my approach to research, emphasizing the importance of curiosity, critical thinking, and ethical awareness. Moreover, they have inspired me to seek opportunities for interdisciplinary collaboration, recognizing that solving complex genetic puzzles often requires diverse perspectives and expertise. Ultimately, the knowledge and insights gained from these books have not only deepened my understanding of genetics but have also solidified my commitment to making meaningful contributions to the field. They continue to guide me as I strive to bridge the gap between scientific discovery and practical applications, aiming to improve the lives of individuals affected by genetic disorders through innovative research and compassionate care.

My experience with mental health has been a profound journey that has significantly shaped my beliefs, relationships, and career aspirations. It has been a journey marked by challenges, growth, and a deeper understanding of resilience and empathy. Growing up, I faced periods of anxiety and stress that initially felt isolating. Like many, I initially struggled to understand and manage these feelings. However, as I began to educate myself and seek support, I discovered a community of individuals who shared similar experiences and understood the challenges I faced. This realization was transformative; it shifted my perspective on mental health from something to be ashamed of or hidden, to an essential part of overall well-being that deserves open discussion and compassionate support. This shift in perspective has deeply influenced my beliefs about mental health. I now firmly believe that mental health is a fundamental aspect of human experience that should be prioritized and valued in all aspects of life. Everyone deserves access to mental health resources and support without fear of judgment or stigma. This belief has driven my advocacy efforts, both personally and professionally, to promote mental health awareness, advocate for policies that improve access to mental health care, and work towards creating supportive environments where individuals feel safe to seek help. On a personal level, my experience with mental health has profoundly impacted my relationships. It has taught me the importance of empathy, active listening, and unconditional support. Through my own struggles, I have learned how crucial it is to have a strong support system of friends, family, and mentors who are willing to listen without judgment and offer encouragement during difficult times. These relationships have become a source of strength and resilience, and they have deepened my understanding of the importance of community and connection in maintaining mental well-being. Professionally, my experience with mental health has shaped my career aspirations. It has fueled a passion for advocating for mental health awareness and promoting positive change within the field. I am drawn to careers where I can make a meaningful impact on individuals' lives, such as psychology, counseling, or public health. I aspire to work collaboratively with diverse communities to address mental health disparities, reduce stigma, and improve access to culturally competent mental health care. Additionally, I am committed to research and innovation in mental health interventions. I am eager to contribute to the development of evidence-based practices that promote resilience, support recovery, and enhance overall well-being. My goal is to contribute to a future where mental health is integrated into every aspect of health care and where everyone has access to the support and resources needed to thrive emotionally and mentally. In conclusion, my experience with mental health has been transformative, shaping my beliefs, relationships, and career aspirations in profound ways. It has taught me resilience, empathy, and the importance of advocating for mental health awareness and support. Through my journey, I am dedicated to creating a more compassionate and inclusive society where mental health is prioritized, stigma is eliminated, and everyone has the opportunity to live a fulfilling and resilient life.

As a student, mental health is not just important to me; it is foundational to my ability to thrive academically, emotionally, and socially. Recognizing the interconnectedness of mental well-being with overall success and happiness, I am dedicated to advocating for mental health within my family and broader community. Within my family, I emphasize the significance of mental health through open communication and support. Growing up, I have witnessed firsthand the impact of stress and challenges on family dynamics. By fostering an environment where we can openly discuss emotions, concerns, and victories, I strive to reduce stigma and promote a culture of understanding around mental health. One way I advocate for mental health is by promoting healthy habits that support well-being. I encourage my family members to prioritize self-care practices such as regular exercise, nutritious eating, and adequate sleep. These habits not only enhance physical health but also contribute to improved mood regulation and stress management. Education is another cornerstone of my advocacy efforts within my family. I take initiative in sharing information and resources about mental health, including common challenges like anxiety and depression, as well as strategies for coping and seeking help. By empowering my family with knowledge, I aim to normalize discussions about mental health and increase awareness of available support options. During times of stress or difficulty, I actively support my family members by listening attentively, offering empathy, and providing practical assistance when needed. Whether it's helping to brainstorm solutions to challenges or encouraging them to engage in activities that promote relaxation and self-care, I strive to be a positive influence in their mental health journey. Beyond my family, I extend my advocacy for mental health into my school and local community. I participate in mental health awareness campaigns, organize events that promote stress reduction techniques and mindfulness practices, and volunteer with organizations dedicated to supporting mental well-being. By actively engaging in these initiatives, I hope to contribute to a culture that values mental health and supports individuals in their journey towards emotional resilience and well-being. In conclusion, advocating for mental health within my family and community is a personal commitment driven by a desire to promote understanding, resilience, and support. By fostering open communication, promoting healthy habits, educating about mental health, and providing compassionate support, I strive to create a supportive environment where everyone feels empowered to prioritize their mental well-being. Through these efforts, I aim to contribute to a healthier, more compassionate society where mental health is valued and supported as an integral part of overall health and happiness.

Understanding the importance of mental health has been a journey shaped by personal experiences and a deep appreciation for its impact on overall well-being. As someone who values holistic health, I recognize that mental health plays a fundamental role in shaping how we navigate challenges, build relationships, and achieve our goals. My belief in the significance of mental health stems from witnessing its profound influence on every aspect of life. It's not just about managing stress or overcoming difficulties; it's about cultivating resilience, fostering positive relationships, and sustaining emotional equilibrium in the face of adversity. Mental wellness is the cornerstone of a fulfilling and balanced life, allowing us to thrive both personally and professionally. Maintaining my own mental wellness involves a multifaceted approach that integrates various practices and principles. Central to this is self-awareness and mindfulness. By regularly checking in with my thoughts, emotions, and overall mental state, I gain insight into areas that may need attention or support. Mindfulness practices, such as meditation and deep breathing exercises, help me stay grounded and centered amidst life's demands. Physical health also plays a crucial role in supporting mental well-being. Regular exercise not only enhances physical fitness but also boosts mood, reduces stress, and promotes better sleep—all of which contribute to a positive mental outlook. Nutrition is another key factor; fueling my body with nourishing foods helps maintain energy levels and supports brain function, influencing mood and cognitive performance. Equally important is maintaining a strong support system. Cultivating meaningful connections with family, friends, and mentors provides emotional validation, encouragement, and a sense of belonging. These relationships serve as pillars of support during challenging times and opportunities for celebration during moments of success. Engaging in activities that bring joy and fulfillment is essential for sustaining mental wellness. Whether through creative pursuits, hobbies, or spending time in nature, these activities serve as outlets for self-expression and stress relief. They provide moments of relaxation and rejuvenation, allowing me to recharge and approach life with renewed enthusiasm. Recognizing the importance of seeking professional help when needed is also integral to my approach to mental health. Therapy or counseling offers a safe space to explore challenges, develop coping strategies, and gain insights into personal growth. It's a proactive step towards maintaining emotional well-being and addressing underlying issues that may impact overall quality of life. In conclusion, prioritizing mental health is not just about self-care; it's a commitment to nurturing resilience, fostering healthy relationships, and achieving personal fulfillment. By integrating mindfulness, physical health, supportive relationships, meaningful activities, and professional guidance into my life, I ensure that I am equipped to navigate life's challenges and embrace its opportunities with clarity, purpose, and resilience. This holistic approach not only benefits my own well-being but also empowers me to support and inspire others in their journey towards mental wellness.

Throughout my journey, I've found profound fulfillment in supporting others' mental health. As a student, I've actively engaged in initiatives promoting well-being among peers, organizing workshops and peer support groups. These efforts have allowed me to witness firsthand the transformative power of empathy and understanding in alleviating mental health struggles. Looking forward, my studies in genetic engineering are not just about scientific advancement but also about empowering communities. My goal is to harness this knowledge to create sustainable agricultural solutions that can alleviate financial burdens on my family, particularly supporting my sister. Beyond financial stability, I envision using my career to foster environments where emotional well-being is prioritized. Whether through advocating for mental health resources in scientific communities or promoting workplace policies that support work-life balance and mental health awareness, my aim is to create lasting, positive impacts. By integrating empathy and mental health advocacy into my scientific endeavors, I aspire to cultivate inclusive spaces where individuals feel valued and supported. Through continuous learning and collaboration, I aim to contribute to a future where mental health is not just an afterthought but a foundational aspect of community well-being.

Growing up as the child of two parents serving in the Navy Reserves has profoundly influenced my upbringing and shaped my perspective on life. The unique challenges and opportunities presented by their military service have left an indelible mark on my character, values, and aspirations. One of the most defining aspects of my childhood was the frequent relocations and periods of separation that came with my parents' military commitments. These experiences taught me resilience and adaptability from a young age. Moving between bases and adjusting to new schools provided me with invaluable life skills, such as quickly making friends, embracing diversity, and navigating unfamiliar environments with confidence. Both of my parents' dedication to their military duties served as a constant source of inspiration. Witnessing their commitment to service, honor, and duty instilled in me a deep respect for the values of integrity, discipline, and perseverance. Their example taught me the importance of responsibility and sacrifice, shaping my own principles and guiding my personal growth. The military lifestyle also emphasized the importance of community and support networks. I formed lasting bonds with other military families who understood the unique challenges and shared experiences we faced. These relationships provided a sense of camaraderie, stability, and resilience during times of transition and uncertainty. Living in a military family also exposed me to a global perspective from an early age. I had the privilege of experiencing different parts of the country and encountering diverse cultures and landscapes. These experiences ignited my curiosity about the world and sparked my interest in global affairs, international relations, and diplomacy. Academically, the structured environment of military life encouraged me to excel in my studies and pursue my educational goals with determination. I developed strong organizational skills, time management abilities, and a drive for continuous learning. These skills have been instrumental in my academic achievements and have prepared me for the challenges and opportunities that lie ahead. In summary, my upbringing as the child of Navy Reserve parents has shaped me into a resilient, adaptable, and globally-minded individual. It has equipped me with valuable life skills, instilled in me a profound appreciation for service and sacrifice, and broadened my understanding of the world. As I embark on my future endeavors, I am committed to honoring the values of the military, making a positive impact in my community, and contributing to a brighter future for all. Thank you for your consideration.

Growing up as the child of a parent in the military has been a defining aspect of my life, shaping my experiences, values, and perspectives in profound ways. My father's service in the military brought with it a unique set of challenges and opportunities that have left a lasting imprint on my upbringing. One of the most impactful periods was when my father was stationed in Japan for a year. This time marked a significant adjustment for our family dynamics. The distance created by his deployment was challenging, not only emotionally but also financially. Due to bureaucratic delays, there was a period where the military did not pay us for an entire year. During this time, my mother, a dedicated nurse, became the sole provider for our family, demonstrating remarkable resilience and determination in navigating these unexpected financial hardships. Despite the difficulties, visiting my father in Japan for a month remains a cherished memory. It was an opportunity to reconnect as a family and immerse ourselves in the rich culture and traditions of Japan. Exploring vibrant city scapes, serene temples, and picturesque landscapes opened my eyes to the beauty and diversity of the country. These experiences sparked a lifelong fascination with global cultures and deepened my appreciation for the importance of cultural understanding and international cooperation. Being a military child also taught me invaluable lessons in adaptability and resilience. Moving between bases, adapting to new schools, and forging new friendships became routine aspects of life. These transitions cultivated my ability to thrive in diverse environments, fostering a sense of empathy and understanding toward others who may face similar challenges. Moreover, growing up in a military family instilled in me a profound respect for service and sacrifice. Witnessing my father's commitment to his duty and his willingness to serve our country with honor and integrity inspired me to embody those same values in my own life. His example continues to guide my aspirations and fuel my determination to contribute positively to my community and society as a whole. In conclusion, my upbringing as a military child has shaped me into a resilient, adaptable, and globally-minded individual. The challenges and opportunities presented by my father's military service have enriched my life with diverse experiences and valuable life lessons. I am grateful for the strength and perspective gained through these experiences, which continue to influence my personal growth, academic pursuits, and future ambitions.

My first concert memory remains a cherished experience that unfolded within the unique setting of an aeronautical museum, where I had the pleasure of seeing They Might Be Giants perform live. As a child, this event marked not only my introduction to the world of live music but also a blending of my interests in aircraft and the arts. The venue itself was a spacious hall adorned with vintage airplanes suspended from the ceiling, creating a backdrop that was both awe-inspiring and educational. The atmosphere buzzed with excitement as families and fans of all ages gathered, eager to witness the eclectic and energetic performance of They Might Be Giants. Even before the concert began, I felt a sense of anticipation fueled by my familiarity with the band's music. Their songs, including "Electric Car" and "Istanbul (Not Constantinople)," had already made their way into my life through car rides where my mom played their albums. Hearing these familiar tunes performed live added a new dimension to my appreciation of their music, connecting me more deeply to their lyrics and melodies. During the concert, the band's vibrant stage presence and infectious energy captivated the audience. I remember how the crowd enthusiastically danced and sang along, creating a lively and communal atmosphere. The band's playful lyrics and catchy rhythms resonated throughout the hall, leaving a lasting impression on me and igniting a passion for live music that continues to this day. Beyond the music itself, the experience at the aeronautical museum sparked a broader curiosity in me—a curiosity that blended my interests in science, history, and the arts. It highlighted the power of cultural experiences to inspire wonder and ignite imagination, reinforcing my belief in the importance of exploring diverse forms of artistic expression. Reflecting on this favorite concert memory reminds me of the joy and excitement of discovery that marked my childhood. It was more than just a concert; it was a transformative experience that opened my eyes to the magic of live performance and the ability of music to create lasting memories. This early exposure to They Might Be Giants' music and the unique setting of the aeronautical museum laid a foundation for my ongoing exploration of music, culture, and the intersection of my diverse interests. As I continue to seek out live music experiences and cultural events, I carry with me the spirit of curiosity and discovery that was sparked during that memorable concert. It serves as a reminder of the power of music to connect people, inspire creativity, and enrich our lives with moments of joy and inspiration.

Understanding the universe through the lens of astrobiology is a deeply captivating pursuit that merges astronomy with the biological sciences. It's a field that not only broadens our scientific understanding but also sparks profound questions about the potential for life beyond Earth. Astrobiology stands at the intersection of various disciplines—astronomy, biology, chemistry, and planetary science—each contributing unique perspectives to unravel the mysteries of life's origins and its potential prevalence in the cosmos. This interdisciplinary approach allows scientists to explore diverse environments on Earth and beyond, searching for conditions that could harbor life as we know it. Significant advancements in astronomy have played pivotal roles in expanding our knowledge and fueling the excitement surrounding astrobiology. For instance, the discovery of exoplanets—planets orbiting stars outside our solar system—has revolutionized our understanding of planetary diversity and potential habitability. The Kepler Space Telescope's discoveries of thousands of exoplanets, including those within the habitable zones of their stars, have reshaped our perceptions of where life might exist beyond Earth. Moreover, key astronomical events and observations, such as the mapping of cosmic microwave background radiation and the study of distant galaxies, provide crucial insights into the universe's evolution, from its early stages to the formation of galaxies and stars. These observations not only deepen our understanding of cosmic phenomena but also inform theories about the conditions necessary for life to emerge and thrive elsewhere in the universe. In my exploration of astrobiology, I am particularly drawn to concepts like the search for extremophiles—organisms on Earth that thrive in extreme environments—and the exploration of potential biosignatures on distant exoplanets. By applying rigorous scientific methods, including spectroscopy to analyze exoplanetary atmospheres and genomic sequencing to study extremophiles, I aim to contribute to identifying potential habitats and signs of life beyond our solar system. As I pursue this path, I am inspired by the collaborative nature of astrobiology research, where diverse teams of scientists work together across disciplines and institutions to push the boundaries of knowledge. I am eager to engage in hands-on research, leverage advanced technologies, and contribute to international efforts aimed at understanding the origins and prevalence of life in the universe. Ultimately, my goal is to contribute to humanity's quest for knowledge and understanding of our place in the cosmos. By exploring the intersections of astronomy and biology, I hope to uncover new insights into the diversity of life, inspire future generations of scientists, and advance our collective understanding of the universe's mysteries.

One of the most challenging periods in my life occurred during my sophomore year of college. I faced significant academic struggles due to personal health issues that impacted my ability to attend classes and maintain my grades. It was a daunting experience, as I had always prided myself on my academic performance and dedication to my studies. Navigating this hardship required a combination of resilience, perseverance, and seeking support from others. Initially, I felt overwhelmed and uncertain about how to manage my health while keeping up with coursework. However, I quickly realized the importance of reaching out to professors and academic advisors for guidance and accommodation. Through open communication and transparent discussions about my situation, I was able to adjust my schedule, receive extensions on assignments, and access necessary resources such as tutoring and counseling services. Emotionally, I leaned on my support network of family and close friends, who provided invaluable encouragement and practical assistance. Their unwavering belief in my ability to overcome challenges gave me the strength to stay motivated and focused on my long-term goals. I also prioritized self-care, adopting healthier habits and routines to manage stress and maintain my well-being during this challenging time. Overcoming this hardship taught me profound lessons about resilience and the importance of community support. It reinforced my belief in the power of empathy and compassion in helping others navigate difficult circumstances. These experiences have deeply influenced my understanding of Agape love—a selfless, unconditional love that seeks the well-being of others. In embodying Agape love, I strive to give back to my community through acts of kindness, service, and advocacy. I volunteer regularly with local organizations that provide support to individuals facing health challenges, offering my time and skills to assist those in need. Whether it's participating in community health fairs, tutoring students, or organizing fundraising events, I am committed to making a positive impact and fostering a sense of solidarity within my community. Moreover, I am passionate about promoting mental health awareness and advocating for accessible healthcare resources. I actively participate in campaigns and initiatives that aim to reduce stigma surrounding mental illness and ensure equitable access to treatment and support services. By sharing my personal journey and experiences, I hope to inspire others facing similar challenges and demonstrate that seeking help is a sign of strength, not weakness. Ultimately, my commitment to embodying Agape love extends beyond individual acts of service to advocating for systemic change and fostering a community where everyone feels valued, supported, and empowered to thrive. Through my continued efforts in giving back and promoting social justice, I aspire to contribute to a more compassionate and inclusive society where all individuals have the opportunity to reach their full potential.

The decision to pursue a career in STEM is deeply rooted in my passion for innovation, my commitment to overcoming challenges, and my belief in the transformative power of scientific discovery. As a woman in STEM, I am drawn to fields where creativity intersects with rigorous analytical thinking, where problem-solving leads to tangible solutions that benefit society at large. From a young age, I have been captivated by the wonders of science and technology. The curiosity sparked by observing natural phenomena and the desire to understand the underlying mechanisms have been driving forces in my academic journey. In particular, the fields of mathematics and engineering have fascinated me with their ability to model complex systems and devise solutions to real-world problems. I have chosen to pursue STEM not only because of my inherent interest but also because of the broader implications for global innovation and progress. Women have historically been underrepresented in STEM fields, and I am determined to contribute to changing this narrative. By pursuing advanced education and research in STEM, I hope to inspire future generations of women to pursue their passions fearlessly and to challenge stereotypes that limit their potential. As a woman in STEM, I aspire to make a difference by pushing the boundaries of knowledge and innovation. I am committed to conducting research that addresses pressing societal issues, such as climate change, healthcare disparities, and technological accessibility. Through my studies and future career, I aim to develop sustainable technologies, advance medical treatments, and promote inclusive design principles that benefit diverse populations. Beyond my individual aspirations, I am passionate about fostering a diverse and inclusive STEM community. I believe that diverse perspectives lead to more creative solutions and that inclusivity is essential for creating a supportive environment where all individuals can thrive. By actively participating in STEM outreach programs, mentoring aspiring young women in STEM, and advocating for policies that promote gender equality, I hope to contribute to building a more equitable future in STEM. Receiving the Learner’s Annual Women in STEM Scholarship would not only provide financial support but also validate my dedication to pursuing a career in STEM. It would empower me to continue my education with confidence, pursue ambitious research projects, and seize opportunities to make a meaningful impact in my field. I am committed to leveraging this scholarship to further my academic and professional goals, ultimately contributing to a brighter, more inclusive future in STEM where women are celebrated for their achievements and contributions.

I chose to further my education in STEAM (Science, Technology, Engineering, Arts, and Mathematics) because of my deep-seated passion for innovation, problem-solving, and making a tangible difference in the world through scientific and technological advancements. From a young age, I've been fascinated by the potential of STEAM disciplines to address complex global challenges and improve quality of life for people around the world. Whether it's developing sustainable agricultural practices through genetic engineering, advancing medical treatments through biotechnology, or harnessing renewable energy technologies to combat climate change, STEAM fields offer endless opportunities to drive meaningful change. My decision to pursue STEAM education is also driven by a desire to contribute to interdisciplinary collaborations that push the boundaries of knowledge and innovation. By integrating diverse perspectives and skill sets, STEAM fosters creativity, critical thinking, and collaboration—essential qualities for tackling multifaceted problems that require holistic solutions. The impact that this scholarship can help me achieve is profound. It will provide crucial financial support that enables me to pursue my academic and career goals in STEAM with greater focus and dedication. Specifically, the scholarship will alleviate financial burdens associated with tuition, books, and research expenses, allowing me to fully immerse myself in coursework, research projects, and extracurricular activities that enrich my educational experience. Furthermore, this scholarship will empower me to participate in hands-on learning opportunities, internships, and professional development activities that are integral to gaining practical skills and networking within the STEAM community. These experiences will not only enhance my academic knowledge but also prepare me for a successful career where I can contribute effectively to scientific research, technological innovation, and societal impact. Beyond the immediate benefits, receiving this scholarship will also serve as a validation of my commitment to STEAM education and my potential to make a positive impact in my chosen field. It will inspire me to continue striving for excellence, pursuing ambitious research projects, and seeking opportunities to give back to my community through STEM outreach and mentorship. In conclusion, I am deeply passionate about furthering my education in STEAM because of its potential to drive innovation, solve global challenges, and improve quality of life. This scholarship represents not only financial support but also recognition of my aspirations and dedication to contributing to the advancement of science, technology, engineering, arts, and mathematics. With this support, I am confident that I can achieve my academic and career goals, making a meaningful impact in STEAM and beyond.

As I embark on my academic journey, my passion for STEAM (Science, Technology, Engineering, Arts, and Mathematics) fields, particularly genetic engineering, drives my aspirations to contribute significantly to the world. From an early age, I've been captivated by the intersection of biology and technology. This fascination stems from a desire to understand the fundamental mechanisms of life and to apply that knowledge to solve pressing global challenges. Genetic engineering, in particular, represents a powerful tool that holds immense potential for transforming agriculture, healthcare, and environmental sustainability. My journey towards becoming a genetic engineer is rooted in a commitment to addressing critical issues such as food security and environmental resilience. By leveraging genetic technologies, we can develop crops that are more nutritious, resilient to climate change, and capable of thriving in diverse agricultural landscapes. This has the potential to enhance food production efficiency and ensure sustainable access to nutritious food for communities around the world. Moreover, genetic engineering intersects with my broader interests in STEAM by integrating scientific rigor with creative problem-solving. The arts and humanities provide a unique perspective that complements the technical aspects of engineering and scientific research. For instance, understanding societal perceptions and ethical considerations surrounding genetic modification requires effective communication and empathy, skills that are cultivated through exposure to the arts. Throughout my academic journey, I aim to immerse myself in interdisciplinary learning experiences that enrich my understanding of complex scientific concepts and their real-world applications. By engaging with experts across disciplines, I hope to explore innovative approaches to genetic engineering that prioritize ethical standards, environmental sustainability, and societal impact. Beyond technical proficiency, I am deeply committed to ethical considerations in scientific research and innovation. As a future genetic engineer, I recognize the importance of transparency, inclusivity, and environmental stewardship in advancing genetic technologies. Upholding these principles ensures that scientific advancements benefit society as a whole, promoting equity and accessibility in healthcare, agriculture, and environmental conservation efforts. One of my long-term goals is to contribute to the development of bioengineering solutions that address global health challenges through innovative gene therapies and personalized medicine. By collaborating with researchers and healthcare professionals, I aim to advance treatments for genetic disorders and contribute to the field of regenerative medicine. In conclusion, my passion for genetic engineering within the STEAM framework reflects my dedication to making a positive impact on the world. Through rigorous academic pursuits, interdisciplinary collaboration, and a commitment to ethical leadership, I aspire to contribute to scientific advancements that improve quality of life, promote sustainability, and foster global well-being. I am excited to embark on this transformative journey, driven by a vision of harnessing genetic engineering to address pressing global challenges and create a more equitable and sustainable future for generations to come.

Microbial art represents a fascinating intersection of science and art, where microorganisms such as bacteria, fungi, and algae are utilized as living pigment to create intricate and visually striking patterns. This emerging field harnesses the natural capabilities of microorganisms to produce colors and textures that are both artistic and scientifically informative. The process of creating microbial art typically involves cultivating specific strains of microorganisms under controlled conditions. These organisms are selected for their ability to produce pigments or form unique patterns as they grow and interact on specially prepared growth media. Through careful manipulation of environmental factors such as temperature, pH, and nutrient availability, artists and scientists can guide the growth and behavior of these microbes to achieve desired artistic effects. Microbial art not only showcases the aesthetic beauty of microbial growth but also highlights the diversity and complexity of microbial communities. Each artwork is a visual representation of the natural processes that occur at microscopic scales, offering insights into microbial behaviors, interactions, and environmental adaptations. Beyond its visual appeal, microbial art serves as a powerful tool for STEM outreach and education. By presenting scientific concepts through artistic expression, microbial art engages diverse audiences and stimulates curiosity about microbiology and related fields. It provides an accessible entry point for learning about the role of microorganisms in ecosystems, biotechnological applications, and human health. Moreover, microbial art challenges traditional notions of creativity and artistic expression by incorporating living organisms into the artistic process. It invites viewers to contemplate the intersection of biology and art, prompting discussions about the boundaries between natural and human-made creations. As a soon to be practitioner and a huge advocate of microbial art, I am passionate about its potential to inspire, educate, and provoke thought. By sharing microbial artworks through exhibitions, workshops, and digital platforms, I aim to promote STEM awareness and foster a deeper appreciation for the microbial world. Through these efforts, I aspire to contribute to a broader dialogue on the significance of microorganisms in shaping our planet and our understanding of life itself.

One of the most cherished book-to-film adaptations in my collection is a science fiction novel that seamlessly transported me from the pages of its intricate narrative into the immersive world of cinematic storytelling. "Dune" by Frank Herbert stands as a towering example of this transition, and its recent film adaptation holds a special place in my heart. What makes "Dune" exceptional to me is its ability to bridge the gap between the reading and viewing experiences, enhancing both in profound ways. The novel itself is a masterpiece of speculative fiction, weaving together intricate political intrigue, complex characters, and a richly detailed universe set against the backdrop of a desert planet. Herbert's prose is dense with philosophical undertones and ecological themes, challenging readers to ponder humanity's relationship with power, religion, and the environment. When I first heard that "Dune" was being adapted into a film, I was cautiously optimistic. Adapting such a dense and beloved novel into a visual medium is no small feat, yet director Denis Villeneuve's vision brought Herbert's world to life with breathtaking visuals, meticulous world-building, and a stellar cast that breathed life into iconic characters. The film captured the essence of the novel's grandeur while introducing new audiences to its compelling narrative. For me, the adaptation of "Dune" succeeded in enhancing my appreciation for both the novel and the film medium. Reading the book allowed me to delve deep into the intricate plot threads and philosophical musings that Herbert crafted so masterfully. Each page turned was an opportunity to immerse myself in the vivid landscapes of Arrakis, the political machinations of its noble houses, and the internal struggles of its protagonists. Watching the film adaptation complemented this experience by offering a visual feast that expanded upon my imagination. The sweeping vistas of the desert planet, the intricate designs of the sandworms, and the epic scale of the battles were brought to life in a way that stirred my senses and heightened my emotional connection to the story. Seeing the characters I had imagined for so long portrayed on screen with depth and nuance added new layers of appreciation to their arcs and motivations. Ultimately, "Dune" exemplifies how a well-executed adaptation can enrich the reading experience while offering a new dimension of storytelling through film. It bridged the gap between literary and cinematic worlds, inviting me to revisit the novel with fresh eyes and enhancing my understanding of its themes and complexities. As a fan of both literature and cinema, "Dune" holds a special place as a shining example of how adaptation can transcend mediums and resonate deeply with audiences across generations.

As an LDS student deeply immersed in the realms of science, technology, engineering, and mathematics (STEM), the intersection of faith and reason has been a profound journey of discovery and contemplation for me. The prompt asks a fundamental question about belief in a Creator, and my perspective is shaped by both scientific inquiry and personal faith experiences. In studying the intricacies of nature, from the complexities of dragonfly wings to the elegant structures of atoms, I am constantly awestruck by the precision and sophistication of the natural world. The study of science reveals patterns, laws, and systems that govern our universe with remarkable order and complexity. Each discovery—from understanding genetic codes to unraveling the mysteries of quantum mechanics—further illuminates the intricate design underlying creation. My faith as an LDS member teaches that God is the Creator of heaven and earth, and this belief is not in conflict with my appreciation for scientific inquiry. Rather, it complements it. One anecdote that solidifies my belief in God is rooted in personal experiences of prayer and spiritual confirmation. There have been moments in my life where I have sought guidance, clarity, or comfort through prayer, and I have felt a profound sense of peace and assurance—a confirmation of divine presence and guidance. Moreover, my study of scriptures, including texts like "The Origin of Species," has deepened my understanding of both natural processes and the spiritual dimensions of creation. For me, the complexities and order found in scientific exploration are not random occurrences but evidence of a thoughtful and purposeful Creator. The LDS perspective emphasizes that God works through natural laws and principles, guiding the development and evolution of the universe in accordance with His divine plan. However, I acknowledge that the question of belief in a Creator is deeply personal and nuanced. For those who doubt the existence of God, their journey may be shaped by various factors such as philosophical inquiries, personal experiences, or observations of suffering and injustice in the world. It is important to approach these discussions with empathy and respect for diverse perspectives. In conclusion, my belief in a Creator who designed heaven and earth is strengthened by both scientific inquiry and personal faith experiences. The complexities and order observed in science affirm my understanding of a purposeful and intelligent design behind the universe. Through prayer, spiritual confirmation, and the study of scriptures, I find assurance in my faith and a deeper appreciation for the harmony between science and religious belief. This journey continues to inspire me in my academic pursuits and personal growth, fostering a holistic understanding of the world and my place within it.

If my year so far were to have a soundtrack, "1989 (Taylor's Version)" would undoubtedly feature prominently, reflecting the highs, challenges, and growth I've experienced in 2024. The first track on my personal soundtrack would be "Shake It Off." This upbeat anthem perfectly encapsulates my approach to navigating the demands of working two part-time jobs while balancing my undergraduate studies. As a salesman for a roofing company and a researcher in a university lab, my days are filled with diverse responsibilities and challenges. "Shake It Off" reminds me to brush off setbacks, maintain a positive attitude, and keep pushing forward. Its infectious energy serves as a daily reminder to embrace resilience and perseverance in the face of obstacles. Another significant song from the album that would resonate with my journey is "Wildest Dreams (Taylor's Version)." This track embodies the ambitious spirit driving my academic pursuits, particularly in genetic engineering within plant agriculture. Working under a supportive PI, I'm immersed in research aimed at enhancing crop resilience and nutritional value. "Wildest Dreams" captures the sense of possibility and excitement I feel as I contribute to scientific advancements that could impact global food security. It's a reminder of the importance of dreaming big and striving to make a tangible difference in the world. "Clean (Taylor's Version)" would also hold a special place on my soundtrack. This introspective and cathartic song reflects my journey of personal and academic growth throughout the year. It speaks to overcoming challenges, embracing change, and finding clarity amidst complexity. In 2024, I've learned valuable lessons from setbacks and successes alike, continually evolving and gaining insight into my strengths and areas for improvement. "Clean" resonates deeply as I navigate transitions, learn from experiences, and strive for self-discovery in both my professional and personal life. Lastly, "New Romantics (Taylor's Version)" would round out my soundtrack, capturing the adventurous and spirited nature of my year. This track celebrates youth, optimism, and the thrill of new beginnings. It reflects the dynamic energy of my experiences, from forging new connections and friendships to embracing opportunities for learning and growth. "New Romantics" inspires me to approach each day with enthusiasm, curiosity, and a sense of adventure, embracing the excitement of the present moment and the possibilities that lie ahead. In conclusion, "1989 (Taylor's Version)" serves as a fitting soundtrack for my year so far, resonating with themes of resilience, ambition, personal growth, and embracing life's adventures. Each song reflects a different aspect of my journey as an undergraduate student balancing academic pursuits with part-time work and striving to make a positive impact through research and community engagement. As I continue to navigate 2024, these songs remind me of the importance of perseverance, optimism, and staying true to myself as I work towards my goals and aspirations.

I love math for its elegant simplicity and its profound ability to unlock the mysteries of the universe. From an early age, I was drawn to the clarity and logic that mathematics offers—a world where problems have definitive answers and complex phenomena can be understood through systematic reasoning. Mathematics is not just about numbers and equations; it's a language that transcends cultural and linguistic barriers, allowing us to communicate ideas and insights with precision and clarity. The beauty of mathematics lies in its ability to describe patterns, relationships, and structures that govern the natural world, from the orbits of planets to the growth patterns of plants. What captivates me most about math is its versatility and application across diverse fields. Whether in physics, engineering, economics, or even art and music, mathematics provides a universal framework for solving problems, making predictions, and uncovering new possibilities. It empowers us to innovate, create, and understand the complexities of our world in ways that are both profound and practical. Moreover, math challenges me to think critically and creatively. It encourages me to approach problems from different angles, to explore alternative solutions, and to persist in the face of difficulty. Solving a challenging math problem is not just about finding the right answer—it's about the journey of discovery, the satisfaction of unraveling a puzzle, and the intellectual growth that comes with it. Beyond its practical applications and intellectual rewards, math inspires me with its beauty and elegance. The elegance of a well-crafted proof or the simplicity of an elegant equation speaks to a deeper truth about the universe—a truth that transcends individual perspectives and cultural boundaries. In essence, my love for math stems from its ability to illuminate the world around us, its universal language that connects disciplines, its capacity to foster critical thinking and creativity, and its inherent beauty and elegance. It is a passion that continues to drive my curiosity, shape my academic pursuits, and fuel my desire to make a meaningful contribution to the field of mathematics and beyond.

Calculus plays a foundational and indispensable role in the STEM (Science, Technology, Engineering, and Mathematics) fields for several key reasons. Firstly, calculus provides a systematic framework for modeling and analyzing natural phenomena and complex systems. In fields like physics, engineering, and economics, calculus enables scientists and engineers to formulate precise mathematical descriptions of how variables change over time or in relation to each other. This is crucial for predicting outcomes, designing experiments, optimizing processes, and making informed decisions based on quantitative data. Secondly, calculus serves as a gateway to deeper understanding and advanced topics within STEM disciplines. Concepts such as derivatives and integrals are not only fundamental tools for solving problems in mechanics, electromagnetism, fluid dynamics, and more, but they also pave the way for higher-level mathematics and theoretical constructs. Differential equations, for instance, are essential for modeling dynamic systems in physics and engineering, while integral calculus underpins fields like probability theory and signal processing. Moreover, calculus fosters critical thinking and problem-solving skills that are vital across all STEM disciplines. The process of applying calculus involves breaking down complex problems into smaller, manageable components, identifying relationships between variables, and determining the appropriate mathematical approach to find solutions. These analytical skills are transferable and applicable in diverse contexts, from designing algorithms in computer science to analyzing biological processes in genetics. Furthermore, calculus provides a rigorous foundation for understanding and interpreting scientific data. In fields such as biology and chemistry, calculus helps researchers analyze experimental results, model biochemical processes, and make predictions about biological systems' behavior. It also facilitates quantitative analysis in environmental science, allowing scientists to study phenomena like population dynamics, climate change impacts, and ecological interactions. In engineering disciplines, calculus is indispensable for designing structures, optimizing energy systems, and developing innovative technologies. From designing efficient transportation networks using optimization techniques to developing algorithms for machine learning and artificial intelligence, calculus provides the mathematical framework necessary for innovation and advancement in modern technology. Lastly, calculus fosters a deeper appreciation for the interconnectedness of scientific disciplines and the unity of mathematical principles across different fields. It serves as a common language that enables collaboration between researchers with diverse expertise, facilitating interdisciplinary research and breakthroughs. In conclusion, calculus is crucial in the STEM fields because it provides the mathematical tools necessary for modeling, analyzing, and solving complex problems, fosters critical thinking and problem-solving skills, underpins advanced topics and theoretical constructs, facilitates data interpretation and quantitative analysis, and serves as a unifying language across scientific disciplines. For college students aiming to excel in STEM careers, a solid understanding of calculus is not just beneficial but essential for achieving proficiency and making meaningful contributions to scientific knowledge and technological innovation.

As I navigate my undergraduate journey and prepare for the future, my commitment to making a positive impact on the world is anchored in two key passions: advancing scientific innovation in genetic engineering and promoting diversity within STEM fields. My fascination with genetic engineering in plant agriculture stems from a deep-seated desire to address global challenges, particularly food insecurity. Through rigorous academic pursuit and hands-on research experiences, I am dedicated to developing sustainable agricultural solutions. My goal is to enhance crop resilience, improve nutritional content, and promote environmentally friendly farming practices. By pushing the boundaries of scientific knowledge and innovation in this field, I envision contributing to a future where communities worldwide have access to abundant and nutritious food sources that support both human health and ecological balance. In parallel, my advocacy for diversity within STEM fields is rooted in a belief that inclusive environments foster innovation and excellence. As a member of the LGBTQ+ community, I am passionate about creating pathways for underrepresented groups to thrive in STEM disciplines. I actively support initiatives that promote diversity, equity, and inclusion in educational settings, research institutions, and industry. By advocating for diverse perspectives and talents, I aim to cultivate a more equitable scientific community that harnesses the full spectrum of human potential to tackle complex global challenges. My approach to making a positive impact combines collaboration, interdisciplinary approaches, and continuous learning. I actively seek opportunities to collaborate with researchers, policymakers, and community leaders to amplify our collective efforts toward sustainable development and social progress. Through ongoing education, mentorship, and engagement, I strive to expand my skills and knowledge base, ensuring that I am equipped to contribute effectively to meaningful change. Looking ahead, I am driven by a vision of a world where scientific advancements are accessible, equitable, and transformative for all. By advancing genetic engineering in agriculture and advocating for diversity within STEM, I aspire to leave a lasting legacy of positive change. Through my actions and contributions, I am committed to playing a role in shaping a future where science serves as a powerful force for improving lives, protecting our planet, and fostering inclusive prosperity. In conclusion, my journey as an undergraduate student is shaped by a dual commitment to scientific innovation and diversity advocacy within STEM. By pushing the boundaries of genetic engineering and promoting inclusive excellence, I aim to contribute to a world where opportunities for progress are available to everyone, regardless of background or circumstance.

As I navigate my undergraduate journey, I find myself at the intersection of two vastly different yet interconnected worlds: one where I scale to the rooftops as a salesman for a metal roofing company, and another where I delve into the intricate realms of genetic engineering through my university research position. These roles not only define my current experiences but also shape my aspirations and vision for making a positive impact on the world. From a young age, I've been fascinated by the potential of science to address global challenges. Growing up in a diverse community, I quickly became aware of the disparities in access to food and resources. This awareness sparked my passion for genetic engineering in plant agriculture as a means to combat world hunger. Under the mentorship of a supportive PI, I am immersed in cutting-edge research aimed at enhancing crop resilience and nutritional value. Whether I'm analyzing gene sequences or conducting experiments in the lab, every day presents an opportunity to contribute to a future where sustainable food production is a reality, not a dream. Simultaneously, my role as a salesman in the roofing industry has taught me invaluable lessons in communication, resilience, and problem-solving. Engaging with customers from all walks of life has honed my ability to connect and empathize with diverse perspectives—an asset I cherish in both my academic pursuits and my personal interactions. Every interaction, whether discussing the durability of materials or negotiating project timelines, reinforces my belief in the power of effective communication and collaboration. Being part of the LGBTQ+ community has also profoundly shaped my journey. It has taught me the importance of authenticity and inclusivity in all aspects of life. As I pursue my career goals, I am committed to championing diversity and equity within the scientific community and beyond. By fostering an environment where everyone's voice is heard and valued, I hope to contribute to a more just and compassionate world. Looking ahead, my ambition is not only to innovate within the field of genetic engineering but also to translate scientific discoveries into tangible solutions for communities facing food insecurity. I envision myself leading interdisciplinary teams, bridging the gap between research and application to ensure that our discoveries have a meaningful impact on the ground. Whether it's developing drought-resistant crops or improving the nutritional content of staple foods, I am driven by a deep-seated desire to create sustainable and equitable food systems that can withstand the challenges of tomorrow. In conclusion, my journey as an undergraduate student balancing two distinct roles has reinforced my belief in the transformative power of science and empathy. Through my research and community engagement, I aspire to leave a positive legacy—one where scientific innovation is leveraged to uplift and empower communities worldwide. By harnessing the lessons learned from my diverse experiences and embracing my identity, I am confident in my ability to make a meaningful and lasting impact on the world, one breakthrough at a time.

Zendaya is undeniably a multi-talented artist whose career spans across various creative domains, from acting and singing to fashion and activism. Among her many roles, what I admire most about Zendaya is her impact as an actress and activist. As an actress, Zendaya has consistently impressed audiences with her versatility and depth. From her breakthrough role as Rue Bennett in HBO's "Euphoria," where she portrays a complex teenager struggling with addiction, to her portrayal of MJ in the "Spider-Man" films, Zendaya brings authenticity and emotional resonance to each character she embodies. Her ability to navigate between intense drama and light-hearted comedy showcases her range and dedication to her craft. Zendaya's performances not only entertain but also provoke thought and empathy, shedding light on important societal issues through the characters she portrays. Beyond her acting prowess, Zendaya's activism is another aspect of her career that I deeply admire. She uses her platform to advocate for social justice, equality, and representation in Hollywood. Zendaya has been vocal about the importance of diversity in media and the need for greater inclusion of marginalized communities. Her advocacy extends to supporting organizations that focus on issues such as racial justice, LGBTQ+ rights, and youth empowerment. By speaking out on these crucial topics and using her influence to amplify marginalized voices, Zendaya embodies a commitment to creating positive change in society. Moreover, Zendaya's impact in the fashion industry also deserves recognition. She has become a style icon known for her bold and innovative fashion choices, often challenging norms and pushing boundaries with her red carpet looks. Zendaya collaborates with designers who share her vision of inclusivity and celebrates individuality, making a statement both on and off the runway. In conclusion, while Zendaya excels in various facets of her career, including singing and fashion, it is her prowess as an actress and her dedication to activism that I admire the most. Through her performances, advocacy, and influence in the fashion world, Zendaya continues to inspire and empower others, using her voice and talents to effect meaningful change in the entertainment industry and beyond.

One of my all-time favorite games to play in co-op mode is "Super Mario Party" on the Nintendo Switch. It's a nostalgic throwback to classic Mario Party games with modern twists, offering hours of competitive fun and memorable moments with friends and family. One particular multiplayer session stands out vividly in my memory, solidifying "Super Mario Party" as my top choice for co-op gaming. It was a lazy Sunday afternoon, and a few friends had gathered at my place for some gaming and snacks. We decided to fire up "Super Mario Party" for some friendly competition, and what ensued was an epic battle of wits and strategy. We started with a traditional board game mode, each of us picking our favorite Mario character to navigate through the whimsical game board. The mini-games, a staple of Mario Party, were where the real fun began. One of the most memorable moments came during a mini-game called "Slaparazzi," where the goal is to capture the best photo by slapping other players out of the frame. The chaotic nature of trying to position ourselves for the perfect shot while avoiding being slapped by others had us in fits of laughter. As the game progressed, alliances were formed and broken, stars were stolen, and the competition intensified. Each of us strategized to collect the most coins and stars, utilizing items and special dice rolls to gain an advantage. The tension rose during the final turns as we eagerly awaited the outcome of our efforts. The defining moment came during the last mini-game before the final tally. It was a high-stakes challenge where timing and precision were crucial. In "Rhythm and Bruise," we had to punch moving blocks to the beat of the music while avoiding obstacles. The intensity of trying to outperform each other while keeping up with the rhythm created an electrifying atmosphere. Cheers erupted as we celebrated each successful punch and groaned in unison at mistimed moves. Ultimately, the endgame results were close and I lost. The winner only emerged by a slim margin though! Despite the competitive nature of the game, "Super Mario Party" brought us together through laughter, camaraderie, and shared memories. It's not just about winning or losing but about the joy of bonding over a beloved game that has been a part of our gaming traditions since childhood. "Super Mario Party" continues to hold a special place in my heart for its ability to create memorable multiplayer experiences filled with laughter, friendly rivalry, and unforgettable moments. It's a testament to the enduring appeal of Nintendo's charm and gameplay that brings people of all ages together in shared enjoyment.

My ideal bookshelf inspired by #BookTok recommendations would be a vibrant collection reflecting the diverse tastes and impactful narratives celebrated within the BookTok community. Here are some must-have titles that have made a significant impact: 1. **"The Song of Achilles" by Madeline Miller**: This retelling of the myth of Achilles and Patroclus has resonated deeply with readers on #BookTok for its lyrical prose, emotional depth, and LGBTQ+ representation. It explores themes of love, friendship, and destiny, offering a fresh perspective on ancient Greek mythology. I loved it and will admit it was the first and only Greek classic that I'd put on my bookshelf 2. **"They Both Die at the End" by Adam Silvera**: Known for its heart-wrenching storytelling, this novel follows two boys who receive notice that they will die within the next 24 hours. It's celebrated on #BookTok for its exploration of life, love, and the inevitability of death, prompting discussions on existentialism and seizing the moment. This one made me cry! 3. **"Six of Crows" by Leigh Bardugo**: This fantasy heist novel has garnered a massive following on #BookTok for its intricate world-building, morally complex characters, and suspenseful plot. It's beloved for its diverse cast, including LGBTQ+ representation, and has sparked enthusiasm for the Grishaverse series. I loved how all of characters seemed to matter. 4. **"The Invisible Life of Addie LaRue" by V.E. Schwab**: This tale of a woman cursed to be forgotten by everyone she meets has captivated #BookTok with its poetic prose and exploration of identity, loneliness, and the search for meaning. It's admired for its unique narrative structure and thought-provoking themes. Really made me contemplate what it'd be like to be forgotten. 5. **"A Court of Thorns and Roses" by Sarah J. Maas**: As a popular fantasy romance series, ACOTAR has found a passionate audience on #BookTok. Known for its lush world-building, romantic tension, and strong heroine, Feyre, it has influenced discussions on feminism, relationships, and empowerment. It's one of those rare romances where the arranged marriages are a worthwhile plot point! I was a more than a little suprised by that. Each of these titles has impacted the #BookTok community by sparking lively discussions, fostering inclusivity through diverse representation, and encouraging readers to delve into genres and themes they might not have explored otherwise. The community's enthusiasm for these books is evident in the millions of views, likes, and recommendations shared, turning them into modern literary classics and fostering a vibrant culture of reading and storytelling on social media platforms.

As an avid fan of "The Summer I Turned Pretty," I find myself unequivocally drawn to Team Jeremiah for his genuine kindness, unwavering support, and charismatic charm that resonate deeply with me throughout Belly's journey. Though I find myself without a partner myself if I had to choose, then it'd be Jeremiah all the way. One of the defining moments that solidified my allegiance to Team Jeremiah occurs in the first season when Belly, grappling with her feelings for both brothers, experiences a moment of vulnerability after a heartfelt conversation with Jeremiah. Unlike Conrad's brooding and often unpredictable demeanor, Jeremiah's openness and sincere affection towards Belly shine through consistently. His ability to listen attentively and offer comforting words during her moments of doubt or sadness reflects a deep emotional maturity that Conrad often lacks. Moreover, Jeremiah's unwavering support for Belly's aspirations and dreams is another compelling reason for my allegiance. Throughout the series, Jeremiah consistently encourages Belly to pursue her passions and ambitions, whether it's her love for the beach or her dreams beyond the summer. His belief in her abilities and his willingness to stand by her side, even when faced with challenges or conflicts, demonstrate a level of loyalty and commitment that is endearing and admirable. Another pivotal scene that underscores Jeremiah's character is when he surprises Belly with a thoughtful gesture, such as arranging a special outing or remembering a significant detail about her life that Conrad overlooks. These small yet meaningful acts of thoughtfulness and consideration highlight Jeremiah's attentiveness to Belly's needs and desires, fostering a deep emotional connection between them that goes beyond superficial attractions. Furthermore, Jeremiah's ability to communicate openly and honestly contrasts sharply with Conrad's tendency towards secrecy and emotional distance. While Conrad may possess an enigmatic allure, Jeremiah's straightforwardness and ability to articulate his feelings without reservation create a foundation of trust and authenticity in his relationship with Belly. In conclusion, my unwavering support for Team Jeremiah stems from his genuine kindness, unwavering support, and ability to connect with Belly on a deeper emotional level. His consistent presence, thoughtful gestures, and emotional maturity make him a compelling character whose impact on Belly's journey is profound and lasting. By choosing Team Jeremiah, I celebrate not only his endearing qualities but also his role in shaping the transformative experiences depicted in "The Summer I Turned Pretty," reaffirming the power of love, empathy, and personal growth in the face of life's complexities.

Title: "Magical Melodies and Suite Shenanigans: The Ultimate Disney Channel Crossover" Plot: In the heart of New York City, something extraordinary is about to happen as two iconic worlds collide on the bustling streets. It all begins when Hannah Montana, navigating the highs and lows of her double life as a pop sensation and ordinary teenager, finds herself booked for a surprise performance at the prestigious Tipton Hotel. Little does she know, this visit coincides with an unexpected reunion of old friends from "The Suite Life of Zack & Cody." Meanwhile, Zack and Cody Martin, now aspiring entrepreneurs running their own adventurous tour business, catch wind of Hannah's arrival and seize the opportunity to orchestrate a VIP experience unlike any other. With London Tipton as their enthusiastic partner-in-crime, the twins transform the hotel into a buzzing hotspot, complete with a Hannah Montana-themed concert and exclusive backstage tours. As the crossover unfolds, comedy ensues as Zack and Cody navigate the chaos of hosting a celebrity while balancing the whimsical demands of their eccentric guests. London, thrilled to be at the center of the action, adds her signature flair by attempting to manage Hannah's diva moments while plotting her own rise to stardom through a surprise duet performance. Meanwhile, in a heartwarming subplot, Hannah Montana's alter ego, Miley Stewart, bonds with Maddie Fitzpatrick over their shared dreams and struggles with fame and friendship. Together, they reminisce about their early days in the spotlight, offering each other sage advice and a reminder of the importance of staying true to oneself amidst the glitz and glamour. Amidst all the laughter and musical magic, a twist emerges when Arwin, the lovable and quirky engineer from "The Suite Life," unveils a malfunctioning invention that threatens to disrupt Hannah's concert. With quick thinking and teamwork, the gang bands together to fix the contraption just in time, proving that friendship and determination can overcome any obstacle. As the sun sets on their unforgettable adventure, Hannah Montana and the crew bid farewell to their newfound friends at the Tipton, leaving behind cherished memories and a promise to reunite for future adventures in the magical world of Disney Channel. This crossover episode not only celebrates the beloved characters and themes of Hannah Montana and The Suite Life of Zack & Cody but also emphasizes the timeless values of friendship, ambition, and embracing the magic of childhood dreams. It's a story where laughter meets life lessons, where music bridges generations, and where Disney Channel fans of all ages can come together to relive the whimsy and wonder of their favorite shows.

Throughout my academic journey and beyond, I have consistently sought opportunities to lead and make a meaningful impact in my community. As a female student, I recognize the importance of breaking barriers and paving the way for future generations of women leaders. One of the most significant ways I have demonstrated leadership is through my involvement in student organizations. During my undergraduate years, I founded and led an American Sign Language (ASL) club at Ivy Tech Community College, where students gathered to practice ASL over coffee, fostering both language skills and a supportive community. Additionally, as a USG senator for the math club at Indiana University Purdue University of Indianapolis (IUPUI), I advocated for student interests and organized events to promote mathematical literacy and academic engagement. Looking forward, my passion for leadership is aligned with my career aspirations in genetic engineering, particularly in plant agriculture. I am determined to contribute to global efforts to combat world hunger by developing sustainable agricultural practices and enhancing crop resilience. As a genetic engineer, I envision myself pioneering research to improve crop yields, enhance nutritional content, and mitigate the impact of climate change on food security. In my future role, I aim to lead research initiatives that leverage cutting-edge biotechnology to address agricultural challenges. Whether through genetic modification to enhance drought tolerance, improve pest resistance, or optimize nutrient uptake in crops, I am committed to advancing agricultural innovation. Leadership in this field also involves collaborating with diverse stakeholders, advocating for environmentally responsible practices, and bridging the gap between scientific research and practical applications in farming communities worldwide. Beyond scientific advancements, I am passionate about promoting inclusivity and diversity in STEM fields. I believe in empowering women and underrepresented groups to pursue careers in science and technology, fostering a more equitable and innovative global research community. Through mentorship and outreach programs, I aspire to inspire future generations of scientists to pursue their passions and contribute to solving pressing global challenges. In conclusion, my leadership journey is driven by a deep-seated commitment to scientific excellence, social responsibility, and sustainable development. By leveraging my leadership skills in genetic engineering and plant agriculture, I am dedicated to making a significant impact in addressing global food insecurity and advancing agricultural sustainability. With determination and a steadfast vision for positive change, I am eager to embark on a career path that allows me to lead transformative research initiatives and contribute to a more food-secure future for communities around the world.

In middle school, I learned about punnet squares. Punnet squares are a visual way to determine what the offspring with the genes of interest could be. Through them, I took my first step into the world of genetics and I fell in love. Dominant genes and recessive genes were the start but soon I was learning about codominance, incomplete dominance, sex-linked genes, complementary genes, and polymeric genes. In high school, I learned how DNA was expressed, or not, in the body. The mechanisms of transcription, splicing, translation and folding were marvelous. I loved reading the three codes and turning them into amino acid chains as a class assignment. Proteins were fascinating as well with all of their many stages and RNA was neat but my interest remained with my first love: genetics. In college, I took molecular biology and it was the bee's knees. In the lab portion of the class, we genetically engineered a culture of bacteria to be resistant to antibiotics and to glow when exposed to UV light. The first time didn't work as fungi grew on the plate and ate the glowing bacteria, however, at the end of the semester there was a strain of glowing bacteria that was antibiotic-resistant. I want to be a genetic engineer and do such things for the rest of my life. Growing up and realizing what I want to do has been a slow process of being given the bricks to make a foundation but I wouldn't turn back for anything. Genes have always fascinated me and I want to get into the thick of the field. I want to make the unknown DNA of organisms that have developed their complex code for nearly three and a half billion years and use them to make life better for the people around me. Genetic engineering is everywhere! Bigger crop yields, plants that resist frost or heat or drought or water, animals with more nutritious milk, and so many more things. In the past, humans were limited to selective breeding and generations of work when it came to genetically engineering the world around them. Now, though, in the span of a few decades, we can make things such as goats that produce spider silk that can be milked, bacteria that produce life-saving medicines such as insulin, and so many more examples. I'm not certain yet how or where I'll contribute to the STEM and Business communities but I know as I continue my current education I am one step closer to being amongst the field that's making the world expand.

"Strive for excellence." These words were told to me by the faculty advisor of the first college club that I ever ran. She was told them by her father. It doesn't mean never give up but instead to align yourself towards excellence, to determine what you could be doing here and now, and to walk, stumble, crawl if need be towards it. To strive for excellence is to succeed at everything, indeed if you are not failing then you are not truly growing, but instead to are one step better than before. This idea has been repeated to me by almost everyone. My PI (principal investigator), whose lab I work in, says that you should take whatever you're doing and take it one step further. If you're doing your homework then learn your homework instead. Have an excellent day instead of a day. When you're eating lunch have a great lunch. It's much the same thought concept as "Strive for excellence.". If you accept mediocracy, stagnation, then you will stop where you are. This includes community. I do my best to take every role given to me and do the best job I can. As senator for the Math Club, I'm reaching out to people and clubs to try and do as much outreach as I can. For the Putnam team, another math thing, I've brought people into the fold and encouraged my fellow teammates to come to practices. I'm a member of the ACS and AWM which helps bring chemistry to those in my community who might not have otherwise had such knowledge. Every year I volunteer for the Science Olympiad and every year I'm one of the first to arrive, the last to leave, and helping out wherever and whenever I can. How could I do anything but? I have been given so much by those around me; by the communities I've been a part of. How could I not try to share in my joys? I'm working on volunteering at the local foodbank equivalent for my college and I enjoy finding one-off volunteer opportunities. All my life I've been fortunate to find those who were willing to help me, so, how could I do anything but try to pass on this kindness tenfold to those who I can? It is through giving back all that I have been gifted and through striving to be one step better than I was that I can even attempt to return to the various communities that I am a part of the same kindness that I have been given.

When I was a kid, my grandparents took me to Canada. They'd retired and renovated an old RV and my grandfather wanted to go fishing in Canada. That summer was my summer to spend with my grandparents and I had a blast. We drove to three separate Canadian border crossings before my Papa was allowed to bring all of his fishing and hunting gear with them. My Nana on the other hand was happy to travel around through Canada and tour the quilt stores of another country. She would hang back and read on her Kindle while Papa and I (and my cousin who was also there) would get out on a boat and go catch fish. Northern Pike was my favorite. They're scary-looking, get big, and tasty. When it came to her turn to drive, she'd pass the Kindle to the backseat where I was and I'd let myself zone out to whatever novels she'd downloaded. My favorite soon became very easy to see very quickly. The Witcher books were fascinating. I came to root for our protagonist, Geralt, who traveled the world and the seas with his trusty steed Roach and ran into his friends again and again. The first story I read of that series was a retelling of The Little Mermaid but cooler. In it she was ready to have kids and asked him to join him down in the seas, however, he was a king who believed in not abdicating and leaving the people to fend for themselves so asked her to wait while he tried to get his nephew on the throne. She showed up at the end, after parting as mermaids were migratory and was thought to never return, with a beautiful dress and two human legs. She spoke of love and thanked the witcher for being a glorified Google translate between the pair of love birds. Netflix has recently, or recently for me at least, released a famous TV show called The Witcher. If you haven't heard of it it's about this guy named Geralt as he becomes an unwitting father figure and makes friends in a world full of weirdness. It involves a man nearly dying from a wish gone wrong, awesome fight scenes, a pretty witch who doesn't know if she wants kids but wants the option to have them, and a dragon! (Not necessarily in that order.) And unlike the Game of Thrones, it doesn't normalize incest! If you've got some time to kill. I'd recommend giving The Witcher a go on Netflix.

When people talk about technology, they often think of wires and electricity. The sparks fly from weldings and the computer fans churn as the programs generate models, data, and even possible future tests if you know what you're doing. Not often do they think of pipettes and long hours standing on their feet transferring things from one centrifuge tube to another. It's not often when discussing technology that the more biological side of things is described. Cell-free protein systems biosensors, carbon fibre coatings, and more are very very rarely someone's go when it comes to the latest gizmos and gadgets. Currently, I am fortunate enough to have a place within a lab as an undergraduate researcher. It's fascinating to work in an academic lab and to see my sort of peers working hard at the various papers, presentations, and grad homework they have. It's even more fascinating figuring out what we're researching and what we know and don't know. What secrets are we unraveling within this double lab room that really could use another sonicator? Biosensors. Imagine pricking your finger and getting told if you have cancer. Imagine a world where you can breathe into a breath analyzer and it tells you all of the volatile organic compounds to the same level as a dog. Imagine a world where covid didn't have to be tested through nose swabs which make you tear up every time. Biosensors are a rapidly developing field of technology that's a long way from hitting the market but already showing great promise. There are currently people working on every single one of the previously listed devices and I get to be one of them.

There are a hundred million billion ways to positively impact the world. Some people go around the world giving speeches that inspire thousands. Greta Thunberg is just a few months older then me and is a great example. Other people go out and fix a specific problem. There's a group in India that cleans 120 rural rivers of trash and debris while also educating the local population about the effects of litter. Some people give others an easy way to volunteer. My ecology professor gives extra credit to those who participate in an ecological volunteer day which gets hundreds of students from my campus every semester. There are also those who are quieter. My mom donates at every food bank run. My dad will take the Boy Scout troops on hikes while picking up trash. My brother once arranged to clean up an entire hiking trail and make it nice. My friend mentors college freshmen and my rival (Who I shall defeat in the Putnam exam this winter!) helps people learn math at the tutoring center. I myself am also quiet. I'm an officer of the math club and participate in other clubs that I think help make the world nicer. I'll probably never change the world but I might help someone's life and that's more than enough. I volunteer every year at the Science Olympiad even though I never got the chance to participate in my youth. I moderate a discord server to help connect writers around the world with each other so that they can collobrate in ways that twenty years ago was much more difficult. I'm part of my local ACS and AWM chapter which helps bring chemistry to those who would otherwise not have interest/knowledge/access. I'm working on volunteering at my campus's food pantry though the process takes forever. It's possible that none of what I do will ever impact the world. Maybe I'll never even change a single person's life. That's okay with me. The world is a large thing. it's full of more people than I'll ever be able to meet and more sights than I'll ever be able to see. As long as every day I can look back and say that I've helped at least one person today. I think that I've been able to do enough. So many people have helped me get to where I am now; how could I do anything else?

Solving puzzles is a frustrating experience for me. I'll start a jigsaw with the outline as I've been taught and then someone will come along and find a section of the puzzle that's complex enough to be recognizable and start building in the middle. I'll make my schedule and then struggle to explain why I can't study at that day because it doesn't make a straight line with the study parts. I'll need a friend to talk some sense into me so that I can skip the earlier math homework and work on the current math homework. Nothing beats a puzzle well done though. The completed jigsaw puzzle makes me happy to do it again and again. Having a schedule is just a requirement of life and having a nice color-coordinated one makes it easier to get to things on time. I'm happy to keep slugging away at my math homework even though most people would have given up or at least stopped by now. Mental health wasn't something I grew up talking about. It was only after getting to college and realizing that, "Oh, most people don't struggle to put a step in front of the next without a plan or getting distracted.", that I started to learn more. I learned I'd had ADHD all my life and possibly OCD. There's nothing more convincing than during the diagnosis for ADHD whenever I answered no to the question then it was slightly reworded and the answer was yes. Did you know that having an intense opinion on the qualifications of leggings without pockets between weird and the lord's latest gift to the world, is not normally based on things such as texture? I didn't. Growing up most people aren't used to family vacations being a surprise where people get mad that you don't know what's happening until they ask you if you're already packed and you ask for what. My point is this: I have always been myself. Regardless of all of the new words and vocabulary that I can now use to describe what's happening; I remain myself whether I know that the reason I find working for six-hour intervals is much easier than doing five things for ten-minute intervals (hyper-fixation) or don't know why it's possible to keep things in the vegetable drawer in the fridge (They go bad due to my poor spatial awareness). This is just who I am and, since it's who I am, it affects every aspect of my life. Relationship-wise I get complaints about not answering texts because once I put my phone away for the weekend I forget it exists until I'm prompted by something (Out of sight IS out of mind.), I get concerned when I happily eat a plain potato for the sixth time that weak (Potatoes are great food and nutritious and I have food at home! Thank you for offering to feed me! , and I myself am frustrated when a friend doesn't appreciate the fact that I've added them to my routine and want me to be more spontaneous as it makes them feel like a checklist otherwise (There is no spontaneous! My spontaneous behavior is carefully planned ahead of time! I simply plan it far enough in advance I forget what's happening until I get a reminder to go to a location for a mystery event.). Mental health is part of who I am. I can't tell you how it's affected my beliefs, relationships, and career aspirations any more than you could tell me what you'd be like if you were the opposite gender and from another country. It's part of who I am to the point that the only way to see where it's affecting things is through comparison to people without my specific brain and making weird faces at each other while trying to understand what's going on in the other person's head. My older sibling will ask me how I wrote 12k words for funsies in a normal day and I'll ask them how they have memorized a video to the point of reciting it with funny voices.

When I was a kid, my mama was given a little laser maze toy for us to play with. There was a board that you would snap things into to form the level and then you'd have so many mirrors to manipulate the light. I loved that thing. I'd click pieces together for hours and watch the light move. I played with it until my brothers lost enough pieces for it to be impossible to play with. The last laser piece was used as a laser pointer to play with the cats until it ran out of battery. Math and chemistry have always been much the same way. Math has always been more like the snapping of pieces onto the board than the puzzle-solving part. You take a row of equations, make a matrix, and adjust until things work. A good mathematics problem takes hours to solve but the concepts only minutes to learn. Chemistry has always been more like a 3-D jigsaw puzzle that if you rotate the pieces just right then they'll fit together. A good math problem can take weeks to solve and I love to chew on one like a dog to the bone. I'm on the Putnam team like the gigantic math nerd I am for a reason! A good chemistry problem will make me glare at doodles for hours. I'm in three separate chemistry clubs for goodness sake (ACS, Nanochemistry Club, AWM)! So, one can say that I love to bang my head against a good problem until either I or the problem break. Learning about genetics as a little kid was a game changer. Recessive genes beat dominant genes sounds simple enough except that everything is a gene and there are more types of genes! Epigenetics can literrally turn genes off and on! Chromosomes have domains (the areas in which they reside) within cells that are different in everyone but their are patterns! Most recessive genes aren't fully recessive they're just not visibly active. And, well, I could go on. More importantly, in today's world genetics can be directly manipulated! Instead of having to breed hundreds of generations, now we can take genes from other organisms and implant them into another. Insulin is produced in this manner. Genetic engineering is amazing. It's also a fast-growing and vitally important field. Some examples of genetic engineering that fill me with delight are: their is an ability to regulate cell regulation when abnormal genes are discovered which we discovered when trying to genetically engineer a puprle flowered plant to be more purple, their are fish that glow sold in pet stores, genetically engineered super yeast is way better at fermenting then any current species, and currently Caravan disease (a genetic disorder where neuron connections don't form) is being cured using genetic engineering and brain surgery! Genes fill me with the passion of a thousand suns and even if I had a 100 lifetimes I would die a genetic engineer every single time. I plan to be a genetic engineer in the STEAM field and the thought fills me with delight.

"What do you want to be?" Asks the dreamer who will be to the child. "Kind," says the child who is no more.

My journey into the world of fall flavors began with an unexpected twist – my love for Harry Potter. As a devoted Potterhead, I found myself deeply intrigued by the culinary delights featured in J.K. Rowling's books. Pumpkin pasties, butterbeer, and pumpkin juice were among the many tantalizing treats that captured my imagination. Yet, it was my fascination with all things pumpkin that first led me down the path to exploring this enchanting flavor. With the desire to experience the essence of pumpkin, I ventured into the realm of fall-inspired beverages. While I initially associated pumpkins with jack-o'-lanterns and Halloween, I soon discovered that this humble gourd could be transformed into a delightful, aromatic concoction. My curiosity piqued, and I decided to embark on a quest to find the perfect pumpkin-inspired drink, and that's when I stumbled upon Starbucks' Decaf Cream Pumpkin Spice Chai Tea Latte. The first sip was pure magic – the aroma of spices, soothing chai, and the subtle sweetness of pumpkin transported me to autumn's embrace. It became more than a drink; it became the chance for a cherished tradition. As I plan to continue to savor the Decaf Cream Pumpkin Spice Chai Tea Latte year after year, I hope it becomes a tradition – a marker of the changing seasons and a symbol of the warmth and comfort that fall brings. I hope the drink became the companion I looked forward to during chilly mornings and the source of solace on crisp, golden afternoons. What struck me most was Starbucks' unapologetic cuteness and excitement, transforming a seasonal flavor into a moment of pure joy. This drink became an invitation to embrace the changing seasons and a reminder that life's simple pleasures bring happiness. Starbucks' unapologetic embrace of cute and exciting drinks encouraged me to try new things, even when unconventional. The Decaf Cream Pumpkin Spice Chai Tea Latte was my gateway to a multitude of seasonal delights. In a world that sometimes discourages us from embracing our inner child or indulging in the simple pleasures of life, this drink served as a reminder that it's okay to be unapologetically enthusiastic about the things that bring us joy. It taught me that every sip can be a small celebration, a moment of respite from the daily grind, and an opportunity to savor the beauty of the present. So, as I raise my cup of Decaf Cream Pumpkin Spice Chai Tea Latte to another autumn, I do so with a heart full of gratitude for the delightful journey it has taken me on. It's more than just a drink; it's a cherished chapter in my fall narrative, a testament to the power of curiosity, and a reminder that sometimes, the most magical moments are found in the simplest of pleasures.

Music is different for everyone. It's the pounding of the drums and strumming of the guitar, the trill of the flute and wave of the conductor's wand, and there's the singing of the musician bringing lyrics to life. But music can be listened to basically anywhere, anytime, and anyhow today. What makes a tour, specifically Taylor Swift's tour, different? It's the pounding feet, hands, hearts in the concerts. It's the unadulterated glamor, both on stage and in the audience. It's the fans and Taylor herself, dressed up and making a grand show of their mutual love for what Taylor does. Some may label her music as centered around 'non-serious' topics like boys, girls, romance, love, and the usual subjects often dismissed as tabloid fodder rather than stage-worthy material. But let me tell you, it is anything but nonsense. I have always enjoyed listening to Taylor's music, but I've never been able to afford, either in time or money, to attend one of her concerts. Fortunately, her dedicated fans have paved the way for people like me to experience the magic vicariously. YouTube has become a treasure trove of analyses on her music, making it possible for me to dive deep into her songs even without being glued to magazines 24/7 for background information. Shorts and videos brimming with excitement about prepping for concerts, choosing the perfect outfits, finding nearby accommodations, and sharing the journey of getting to the concert venue have made me feel intimately involved in this musical movement, even though I can't physically be there. It's through these online communities that I've realized the profound impact of Taylor Swift's music on my own self-discovery. Taylor Swift's music, particularly during the Eras Tour, has been a revelation in my life. Her songs have always resonated with me, but it was the online fanbase that truly opened my eyes to the depth of her artistry. They dissected every lyric, decoded each hidden message, and shared their personal interpretations, allowing me to perceive her music in a new light. As I immersed myself in these online communities, I discovered that Taylor's songs weren't just about romance and heartbreak; they were about the human experience in all its intricacies. Her storytelling prowess allowed me to connect with her narratives on a profound level, and I found myself uncovering layers of my own emotions and experiences through her lyrics. Furthermore, the camaraderie and shared excitement among fellow fans made me feel like I was part of something much bigger than myself. Taylor Swift's music became a bridge that connected people from diverse backgrounds, fostering a sense of belonging and acceptance. Through her music, I discovered the power of unity and the beauty of embracing our differences. In conclusion, Taylor Swift's music and the Eras Tour have not only enriched my musical journey but have also played an integral role in my self-discovery. From dissecting lyrics to sharing in the collective excitement of online communities, I've learned that music is not just about melodies and words; it's about connection, understanding, and the continuous exploration of ourselves. Taylor Swift's music has not only given me a soundtrack to my life but has also shown me the boundless potential of self-discovery through the power of music and community.

"What's that funny hissing noise?" I ask my brother. Boom! The creeper explodes and I die. Again. I've never had much luck with video games. I'm almost always last in Mario Cart and have only ever beaten one Pokemon game via over-leveling all of my Pokemon. I got one of my brothers to do basically every tough fight in Undertale once I died for the fifth time in a row, and I kept getting hit by cannons in Assasian's Creed: Black Flag. Whatever my brothers were playing, I was playing as they didn't like it when I just watched. Minecraft turned out to be much the same. It's not that I don't enjoy playing games but simply that I prefer watching for much the same reason that I enjoy watching cooking videos, baking competitions, and drone racing. I love watching people love things. My mother and father dancing in the kitchen, my youngest brother (the little wierdo) cheering upon recieving two blocks of cheese for his birthday, and my brothers playing video games. My family never quite understood the urge to watch rather then to do but they accept it nonetheless. I tried enjoying Mincraft like I do almost all videogames. I amade a whole lot of cave houses. Died drowning a lot. Played on servers with and without my friends and so much more. None of it really stuck which was a little sad as all of my brother's were playing it and so was, well, practically everyone else or so it seemed. Finding out that there were content creators for Minecraft and all of the hundreds of mini-games and challenges of it online, that I did want to enjoy playing, was a game changer. I watched Technoblade on the way to school. I laughed at the potato wars and read Sun Tzu's Art of War for the second time in my life afterward. I watched Minecraft music videos while slowly working my way through the Dream SMP (I'm still working to catch up) and read comics that I found in Walmart while waiting to get my Mom's tires changed. I found stories online about Sky Block. I loved watching and listening to other people enjoy Minecraft with one exception. When it was 2 AM and I was trying to go to sleep for school tomorrow. I still enjoy Minecraft to this day and not just for it's history. It's a good game full of limitless possibilities both inside of Minecraft and in the surrunding interactions around it.

When I was fourteen I stopped caring about school. I stopped caring about a lot of things but school was the largest portion. I started fighting with my parents, reading online for hours at a time, and struggled to complete basic life tasks like chores, homework, and bothering to talk to people and friends. Becoming more active in my life is the hardest thing I've ever done. When I was sixteen I participated for the first time in NaNoWriMo or national novel writing month. That November I wrote almost fifty eight thousand words in thirty days. It was amazing. It was also one of the more obvious starts of relearning to care for myself and to exist in my life. When you're writing over a thousand words a day, especially when your writing hours (and it does take hours) are squeezed between classes and bedtime, your hands can start to ache. It's a lot like running a marathon that you had never truly prepared for. When I was sixteen, I started learning hand stretches and to pay attention to what I was feeling and doing. That week I dragged a pillow out of the closet to sleep with for the first time in over a year. It's odd looking back but learning to plan ahead and have water near me at all times, or I was about forty percent slower at typing, was a huge start in learning to take care of myself again. I started bringing lunch to school, and by the end of November, I could tell you when I was hungry thirty percent of the time. Fast forward three years and I can always tell you when I'm hungry. I almost always have meals ready to eat as well. Today things are a lot different. I love to try new things and have realized I love learning about biology and chemistry which I'm majoring in. I participate in not just NaNoWriMo but also NaNoCamp which takes place in April. I practice calligraphy, watch YouTube videos on chemistry, paint using watercolors, read fascinating biology papers, crochet baby blankets, and I'm getting my room ready to have a fish tank. I haven't had fish since before I was fourteen. It's amazing to look back at where I was today compared to where I am now. I've relearned and improved my skills on reading textbooks, studying, planning my days and more. I go therapy and I've learned to make friends, I'm healthy enough to donate plasma to help pay for college, and I'm working hard at my classes in college. I'm by no means perfect and will continue to struggle and learn/relearn for the rest of my life. Now though I look forward to future with excitement and curiosity instead of trepidation or not looking. Finishing college is only the next step in my life and I'm excited to see where I go from here. Before I didn't plan on going to college and didn't care to apply for scholarship which has made affording college hard. Now I apply for jobs, internships, scholarships and donate plasma. It's part of why I'm applying to this scholarship. I appreciate your time and am asking that you give my application your most serious consideration. Thank you very much!

Did you know that if you throw cans of paint into a fire it will entertain your younger siblings and set the shed on fire? My older brother certainly knows and this is the first instance of a chemical reaction that I remember clearly in my life. When you heat things up they can reach what is known as an ignition point. The ignition point is when it's hot enough for the fuel to combust with the oxygen in the air. This reaction, combustion, releases energy. If it releases enough energy then it will light things on fire next to it as what happened to our shed. Everything in life is a series of chemical reactions. The cleaner you use forcefully tears apart the chemical bonds of things such as dust, germs, and other gross things. The air that you breathe is absorbed into the blood stream, bonded to hemoglobin in your red blood cells, and transferred to your muscles and organs. The DNA in your body is a series of acids bonded together in large chains that are miles long. DNA can be used in a series of reactions to form proteins, enzymes and other macromolecules. DNA is in all living organisms and makes a cow a cow, a cat a cat, and a goat produce spider web chemicals in her milk because her DNA has been altered. The altering of another creatures DNA lets them produce chemicals that they normally wouldn't. Bacteria can produce insulin to be bottled up, goats whose milk can be harvested to make bullet proof jackets, and fish that will grow bigger then the wild ones of their kind when their DNA is altered. The altering of DNA is called genetic engineering and those who perform genetic engineering are genetic engineers. I plan on becoming a genetic engineer and to further that goal I have a simple four step plan when it comes to academics. First, I will finish dual associates degree at my two year community college in biology and chemistry. Second, I will finish my dual bachelors degree at a university. Third, I will finish my dual masters degree at a university. Fourth, I will finish my dual PhD. My dual degrees are currently in biology and chemistry. These two when transferred to a university will allow me to switch to a more focused course of study such as zoology and molecular biology, botany and biochemistry, or even microbiology and chemical engineering. These will give me the dual focus on the chemical side and the biology side which will help me become a genetic engineer along with being fascinating fields to study.

My family has had several dogs over my life. Some I'm too young to remember and others I only remember a little. Of the dogs that I remember most clearly there are three. Our current dog Xerxes, who is named after a Persian king, isn't quite two years old. He's a little on the smaller side, loud and foolishly taught to stand on his hind legs and give the person petting him a hug. Xerxes is a working dog with a white underbelly and a brown top. He lives in the garden pasture and barks at coyotes that come to bother the sheep and cows. This is an important job but Xerxes is more than just what role he plays in my family's life just as I am more than my role as college student. The first thing about Xerxes that I can tell you is that he's a rascal. He resides in the garden pasture instead of all of the other pastures on the farm. This is because Xerxes saw a six foot fence and decided to jump it. We have to double stack the hay or he'll jump up onto the hay bale and then over the garden pasture fence. Fear has no meaning to Xerxes and as he's not bulky he can squeeze through an improperly closed gate, under the fence just like the sheep can, and is more than willing to open doors with door handles. Luckily he hasn't figured out how to open doorknobs or we'd wake up to him in our beds instead of the mudroom! Xerxes is a good dog who tries to help however he can. As he is still a dog, lacking in opposable thumbs and a grasp on any human language, his help isn't always the best or most useful. Last year when Xerxes was just a small cute puppy, who hadn't learned to jump fences yet, several of my brothers and I were moving hay with a pitchfork to get the barn ready for sheep shearing. The sheep were to be dried out in the sun and then hustled into the barn the night before where they would have hay to sleep on and eat and water to drink. Xerxes was very excited to see everyone working hard and decided to help because he is a very good boy. He grabbed the hay, shook it and ran around while people laughed. It was very cute and now a problem as he is bigger and finds it fun. Luckily, Xerxes seems to understand not to touch the baled hay or we'd have even more problems keeping him happy and farm running smoothly. This is further evidence that Xerxes is a good boy.

College is an exciting time of any person's life with my life being no exception. I've got classes to take, people to befriend, romance to try, social networks to build, skills to learn, a body to feed, church to attend, money to make and so many other things. All of a sudden I'm outside of the eight to three Monday to Friday high school experience and into the college world where I have to pull up my big girl pants and sink or swim. Or at least I was. I've been going to college for a year now and I've learned more than a little bit about maintaining, growing and cultivating a healthy mind, body and soul amidst the numerous, and often unexpected, challenges of being a person while getting that degree. The key to maintaining anything, be it those cute plants you got, your wardrobe, those ever important grades, religious duties that you choose to participate in, and that rocking bod is planning. Planning? Planning. Time management, anti-procrastination habits, social calendar, academic calendar, to do lists, five year plans that won't fail like the Soviet Union's disastrous five year plans and whatever other useful tricks you find that work for you are the key. Here's my saying when it comes to planning, "If it's not in my schedule it's not happening.". This includes that new smoothie recipe you saw, pulling out your clothing before hand, and studying. First things first, in order to plan you don't have to prioritize your activities. This is great news for a busy college student because, and being completely honest, when you're juggling academics, sleep, exercise, church, money, socialization, and more no one has time for that amount of self reflection while keeping on top of your busy life. You do have to be able to separate your things into categories such as fun, can skip, and needed. Second things second, eating food goes into needed. I'm going to repeat this just to get the point through. You can NOT skip eating. This doesn't mean you have to cook. This doesn't mean you can eat out. (Food that you aren't making is expensive! People are willing to feed college students. Capitalize on this.) Consider keeping an emergency snack pack if you forget meals. Pro tip: do your schedule first and add eating last. If you can't, then change your schedule. Third is a saying you've undoubtedly heard before. Stay hydrated. Those girls at the gym with their ridiculously large water bottles have it right. Also consider just a cup next to you while you work. When you run out, stand up and get some more. It's called multitasking, you're staying hydrated and getting movement breaks while doing so. If you donate plasma remember to drink even more. Fourth exercise is stupidly easy when you're not being extreme. Lower your standards while broadening your horizons and you'll find yourself doing more then ever. Finish a chapter? Do five squats. Sitting for long periods of time, as most college students know, is hard on your body. Try to avoid it. Fifth is that know that what you count as needed will be different then everyone else and it should be. Going to class is a general must of a college student. Going to church is not but even if you decide that organized religion, or even know religion, is for you you should still get that day of rest in. Nothing makes a college student more organized then a clearly defined boundary saying this is when I'm going to sleep in and do no more work.

I plan on being a genetic engineer and to further this goal I am currently working on a dual TSAP degree in biology and chemistry. A TSAP degree is just a fancy associates that transfers to every public university in Indiana with all of the credits. The specific degrees I will pick after a I transfer from my two year community college to a university will depend on which colleges I'm accepted into and which I choose. Purdue has a greater chemistry focus while Indiana University has a great botany program. The college of Indiana State University has a absolutely spectacular bat program along with a large medical study field. The IUPUC college in Indiana is routinely scouted for zoology interns for the Indiana school. These are only four of the public universities in Indiana and they are all very different from one another even when looking into roughly the same degree fields. And that is good! By having different universities have different focuses you allow for a level of specialization that wouldn't otherwise be accomplished. This level of specialization allows for research into niche topics that can be communicated to the academic world through the form of peer reviewed scientific papers. Just as how different specializations in colleges is good for the academic world so to is different specializations in the workplace good for the working world. However, each of the four colleges have other programs as well even though they aren't specialized in it. Indiana University still has a chemistry department, Purdue has a business department, Indiana State University has a fine arts department and an archeology department while IUPUC isn't even known for it's zoology major. This brings me to my next point. Colleges, and the academic world as a whole, benefit from interdisciplinary research, classes, majors, and just having the ability to talk to people outside your field of study. By having the ability to reach out to people who study different things one person can accomplish a lot more. Just as a mathematician with a focus on calculus would have a hard time calculating what the angles between a molecule at certain states (As molecules like to rotate around themselves.) would be, the chemist would have a difficult time coming up with an integral (Or a fancy calculus equation) for the angles between chemicals at certain states. By having the ability to have this interdisciplinary approach (this diversity) in a university, the research being researched is greatly increased. Just as interdisciplinarity is important for universities, likewise, diversity in the workplace is equally important.

There are two mindsets in this world: Growth and stuck. Stuck mindsets are like a car or wagon in a big puddle of mud. They can't move or go anywhere. Growth mindsets are people who continually grow. They'll get out of the car and try to problem solve the solution. If there's a rock in front of a tire, they'll remove it. If the mud's too deep, they'll try shoving some sticks and logs under the wheel to give it traction. And if they need to, they'll call a tow truck to get their car out of the mud. Growth mindsets continually look around them and learn what they can. Sometimes this is just to solve the problem directly in front of them such as a car being stuck while other times this includes foresight or past sight. When the stuck mindset gets home they might complain to their friends and families about being stuck in their car and resolve to not use that road again while the growth mindset might ask friends and family for advice in case they get stuck again, check the weather forecast before leaving after that day, report the mud to the local road clearers, and google what to do when stuck in a road. A growth mindset will learn from their present, recall past lessons and research for the future. Learning encompasses all the major parts of a growth mindset. By learning through the present, recalling what was learnt in the past and learning before the future even arrives a person is ready to take on new challenges, skills and opportunities. I want to have a growth mindset and am working every day on learning from events, recalling old lessons and learning new things. Continuous learning helps me feel happier and further develop a growth mindset. I plan to continue learning throughout my life by observing/practicing, reflecting and researching what's around me. I paint, dance and socialize in my free time which has the side benefit of allowing me to learn how my mind and body work in comparison to others. I journal, do family history work, and track previous goals to see where I came from and where I am heading. I attend classes, read books and attend events such as concerts, plays, and church which present new information and viewpoints to me. All of the previously listed activities help me learn who I am, who I want to be, where I am and who I could be on top of fun facts like the different oils in oil paints, where my ADHD comes from (It's from my father's side of my family from my grandmother's mother.), and what it feels like to bow at the end of a play to the cheering audience. While many of these are not considered traditional learning, I think they are just as important as knowing when the government was formed, how to calculate a unit price, and what acceleration due to gravity is in meters per second squared. To learn, in any shape or form be it traditionally academic or not, is to grow. To purposefully try to grow in life is to have, or try to have, a growth mindset. A growth mindset is a happy learning mindset and I intend to continue learningout through my life.

Math is the largest puzzle to ever exist and I love puzzles. Working out a cipher, making my own ciphers, figuring out the probability of a Pokémon being captured and puzzling out the solution to a set of equations are the types of things that make my brain release happy hormones. Everything in our world has math involved in it somewhere and that's amazing! There are so many fields of mathematics because everything can have math. Can shapes have math? You bet! It's called Geometry. What about triangles? Trigonometry. What about how fast or slow things change? In math that's called calculus. Are you curious about why a two or twelve are the least likely numbers to be rolled on a pair of six sided dice? You can take a small jaunt through statistics and probability to understand the logic and math behind these. (There are thirty six possible combinations of the dice rolled and both two and twelve only have a one in thirty six chance of being rolled or nearly three percent chance.) Not only is math fun but it's useful. Most things in our world are engineered and all engineered things use math in some form shape or another. When a bridge builder tells people how much weight the bridge can hold, she doesn't say that because she built two bridges and broke one but because she calculated the weight beforehand. (If she's a good bridge builder she would have done it even before building the bridge.) When you stare at the unit prices on the grocery store and realize one is grams and the other is in ounces most of us take the time to figure out which one is cheaper over all.

Nanopore sequencing sounds like something out of a science fiction film. It's not. Instead, it is a third generation approach for sequencing polynucleotide. Now, what on earth does that mean? And what can be done with nanopore sequencing? Most people know polynucleotides as DNA or RNA. A polynucleotide is a strand of nucleotide. Nucleotides are known as adenine, thymine, uracil, cytosine, and guanine. DNA can produce useful organic molecules through a process called transcription and translation. In transcription DNA is copied into an RNA format. In translation RNA is turned into a complex molecule that has a variety of uses. How does nanopore sequencing work? And why does this matter? Nanopore sequencing runs a strand of DNA or RNA through a nano sized pore. This is why it's called nanopore. When the DNA or RNA is scanned through the pore, a computer can rapidly read the electrical charge of each base. The computer is able to do this because each base is an ion or has a different electrical charge. The computer is able to store the code of the sequenced DNA or RNA. Because each of the five nucleotides (adenine, thymine, uracil, cytosine, and guanine) that make up DNA/RNA have a unique eletrical charge, these results are very very accurate. Nanopore sequencing rapidly runs through DNA and RNA strands allowing for fast, rapid, and accurate genetic sequencing. With this technology many fields of medicine, agriculture, and science can rapidly know and use knowledge of the DNA that matters to them. Nanopore sequencing allows for rapid identification of viral pathogens, accurate human genome sequencing to further the study of human genetic disorders and plant genome sequencing allowing for further understanding of important traits such as cold, drought, and pest resistance. As I plan on being a genetic engineer, nanopore sequencing as the current star of the DNA and RNA sequencing world drew my attention from the beginning. It is an utterly fascinating piece of technology that required thousands of advancements in our knowledge of genetics, chemistry, engineering, and computer science to exist. I will one be working with nanopore sequencing and am very excited for this point in time. I hope that you enjoyed learning about nanopore sequencing as a technology that is currently making the world a better place by advancing medicine, increasing crop yields, and so much more.

I look around and wonder what's the difference- between a poet making metaphors and life being as it is. I hear of a mother planting a seed-a sunflower. It grows for some time near forgotten on the kitchen table, before being moved to the kitchen window. She turns the sunflower in to face the inside of the house. The sunflower slowly turns to face the sun She turns and it turns and she turns it Is this a metaphor or is this life? It is life and yet the story is better than any metaphor I could make. Sometimes I wonder why poetry, sometimes I don't. Some days I worry that my words are but a shadow- or perhaps a pale comparison. People talk in riddles and life doesn't. The words in a poem are rarely about the events The sunflower is rarely a sunflower. What more do I need to say?

Science is the process of understanding the world around us through observing and recording. This includes the interactions of microorganisms in your stomach to the wandering patterns of the stars in the heavens. The way a bird sings and how radio waves can be transmitted are parts of science. Why a dog is a different color then it's purebred parents and how planes fly are all parts of science. What is observing and recording but curiosity that is shared? What is a human but an organism that learned to communicate and learn? Society is a group of people who persistently interact with one another. When you remember that Jones likes apples and Sarah likes pears, you are doing science. You have observed who likes what fruit and recorded it in your memory. Society exists because humans have the ability to do science-to observe and remember or record. And because humans can do science, because humans can observe and record they have developed society. With society the population of humans exploded, spreading across all the lands other then Antarctica. With a larger population of humans, science started to split up into different sections. In Mesopotamia, the cradle of human civilization or society, the earliest written records of mathematics, astronomy, and medicine were developed thousands of years ago. Similar to the Ancient Mesopotamian developments, modern science has been split into three fields: natural sciences, social sciences, and formal sciences. Some people also consider applied sciences as a field but we will not discuss them in this essay. Natural sciences study the physical world, social sciences study individuals and societies, and formal sciences study formal systems. The STEM major I am pursuing is part of the natural sciences. There are two branches of natural sciences known as life science and physical science. I am working on both. Life science is the study of living things from ethology which is the study of behavior to zoology which is the study of animals to botany which is the study of plants. I am working on a general degree in Biology. Physical science is the study of non living things. These include physics, astronomy, chemistry, and earth science of which there are various branches. Physics is the study of the motion of matter. Astronomy is the study of the celestial objects such as planets, stars, and asteroids. Chemistry is the study of the structure of matter and how it reacts. Earth science is any field dealing with planet earth such as geology, geography, and oceanography. I am working on a general degree in Chemistry.

A young woman, me, is playing a D&D like game. Her character is turning the water in the air of a large room into ice and she is trying calculate how much the room heats up and how much ice there is. The floor plan and ceiling height of the room are known, the humidity of the room is also known, the atmospheric pressure is known, the temperature of the room is not known but a range is. One series of calculations on a white board later and the answer of both of her questions is known. The series of calculations were to convert the humidity of the room into molarity (or moles per volume) of the water in the room, the volume of the room was calculated using the floor plan and ceiling height before being used to calculate how many moles there were, and last was a set of calculations to change the moles of water at this atmospheric pressure from a gaseous form to a liquid and then from a liquid to a solid. The end product was converted into kilojoules for ease of writing using two greater then or equal signs and x to show the final range based off of the temperature range. Do you remember learning how to use greater then or equal signs? My teacher compared them to alligators. Mrs. Tiffany had drawings of green alligators chewing on numbers. The homework was fun at the time due to a simple game of which alligator is doing the eating. The answer was always the bigger alligator or number and my classmates and I got to draw in their mouths ready to bite. I drew sharp pointy teeth that were capable of eating the smaller alligator. My love for math hasn't changed since that day. I find making the numbers dance fun in the way others find solving a rubik cube (which is witchcraft) fun and some scarily talented people solve 1000 piece jigsaw puzzles. Determining how far an object is going, the unit prices of orange juice, integrating with respect to infinity and working my way through my own time management are just as satisfying to me as they are to my friends who answer a riddle, make a pun, or solve a very very hard and complicated jigsaw puzzle that they call easy. What draws me to math is that it's a never ending puzzle that anyone, including me who is bad at jigsaws and puzzle blocks, can solve and the underlying principle of mathematics. If you have enough facts then every single thing in this world can be solved using maththematics.

Don't be afraid to ask for help! People often develop the idea of being independent creatures, as opposed to the socially interconnected creatures we really are. This is not a good idea and is harmful. Every single thing that you eat, drink, wear and use has been touched by more hands than you know of. Someone designed a light bulb, someone else designed a circuit breaker, and someone else developed the electrical grid. There are people that make electricity run and even more that produce the clothing you wear. Countless generations have refined the food we eat and domesticated the crops we plant for children they will never see and adults they will never know. No man is an island and no person can do anything on their own. Having determined that people cannot exist as individuals or as an individual species, why be reluctant to ask for help? I do not have a social handle.

Education serves two purposes for me. The first purpose is that education gives me knowledge and I enjoy knowledge. I enjoy reading about cool facts and the history of Pluto's planet hood and how butterfly genders are developed. I will always have my education even if I lose more material things. The second purpose is that education is necessary step in my path way to become a genetic engineer. Knowledge doesn't really need an explanation so I will not explain why it's a good thing nor will I clarify on the first purpose education serves for me. Instead in this essay, I will focus on why I want to be a genetic engineer. I've wanted to be a genetic engineer for a really long time. The idea of crafting organisms to be different like how I made gave Lego men the wrong legs and made something new is, and was, a fascinating concept. When I was younger my goal was to make genetically engineered dragons and sell them at petco. I know now that it's highly unlikely I'll see genetic engineering reach such capability in my life time but when I was young, and thought that dihybrid crosses were the most fascinating thing to exist on this planet, I didn't know any better. The reason being that in order to genetically engineer dragons you would have to genetically modify how many limbs there are and that is very difficult. When you do mess with the DNA that tells the growing organism where limbs should be and how many you end up with things like fruit flies with legs for eyes. I choose fruit fly because fruit fly are commonly experimented on due to them being simple, small, easy to feed and nurture, and having large groups of offspring rapidly. The more test samples, or offspring, there the more reliable the data can be. Genetic engineering can also be used in other fields such as agriculture, medicinal research, vaccines, the production of medicine, and so on and so forth. One example is genetically engineering people with immune system disorders to no longer have immune system disorders or to remove allergies. Another is to modify bacteria to produce medicine that can be used for human, animal, or even plant consumption. You can modify chickens to lay eggs for longer, bananas to carry more nutrients, and even corn to yield more corn kernels vastly increasing the food production per acre.

A diarist is a person who keeps a diary. A diary is a personal ledger, or record, that often includes personal memoirs, thoughts, and experiences. It's generally not written for the express purpose of publication but instead started and maintained for personal, and sometimes religious, reasons. My mother kept her late husband's journals. They're beautiful black bound books that he generally wrote in pen in. I've never read them as I'm not related to him but I've seen my mother take care of them. She dusts them from where they rest in a shelf in her room and less then ten feet away lies hers. My mother likes pretty journals that come with mandalas on one side of a page and lined paper on the other. She'll write and color in them and I've seen some of her art for all that I've never read her words. She likes to shade them using multiple shades of one color in one section of the mandala. When my mother dies, I might read her journal or I might not. It depends on what she tells me. My brothers and I might sit around a table the day after her funeral and discuss what to do next. We might not. But whether or not I ever read the journals I know they exist and with them my mother's thoughts, feeling, and experiences will outlive her. I journal. Not frequently and not very well but I've been working my way through my composition notebooks and the like. I've been slowly but surely writing down parts of what's important in my life. When I die, my journal will be archived with the rest of my family genealogy and my descendants, or my brothers, will know who I am long after I've passed away.

Babies die without being held. A child without frequent, and positive, touch struggles to develop social skills and building healthy relationships. Humans grow depressed, anxious and stressed when touch is absent. When a human has gone without touch they have trouble sleeping, their heart rate goes up, and they're lonelier. In nursing homes, it's important that patients get positive touch. Without it they die sooner. The caretakers hold hands, brush hair and teeth, and so on. The patients live longer, have better attitudes, and enjoy the positive touch. Positive touch is also an important of palliative care. Cortisol is a hormone and a touch response to stress. Physical, and positive, touch helps the body get rid of the hormone. Without touch stress builds up and with it stress decreases. The touch of another person signals that you're safe and you don't have to be on full alert which is the purpose of stress. The best way to live a long, healthy life is to take care of yourself and touch is something often overlooked. Until the quarantines due to covid, most people didn't even know what touch starvation (also known as skin hunger) was. I think that touch is a very vital part of living a long and healthy life that most people don't even know of.

"Be Prepared" is a motto I grew up hearing. My father, seven brothers, male church members, and male friends were all in Scouts (previously known as Boy Scouts). My mother knew how to repair clothing with nothing but a needle and some thread. She also knew how to jam fruit, make bread from scratch, and how to make a budget stretch enough to feed all of us when my father's pay was messed up for nearly a year. When researching investing, I'm often told about retirement funds, compound interest, 401ks, paying off debt and employers matching you to a certain amount. Briefly, and sometimes even rarely, it would be mentioned to keep a monetary reserve and for how long. Only once in the ready to print templates for people to use have I seen a formula for how much money to save for emergencies. Emergency funds are one of the most important parts of saving money in my opinion. Having a mutual fund bond of two thousand dollars that will become twenty thousand when you retire is useless if your wisdom teeth come in tomorrow and you have to pay for emergency surgery. Matching what your employee is willing to copay for retirement doesn't mean anything if you get fired tomorrow and are homeless by the end of the month. The most important part of investing, in my opinion, is to be prepared and emergency funds are the way to do so.

Friendship is a platonic social bond, a positive one, between two people. In layman's terms, friendship is a positive social relationship that's not romantic, sexual, or parental between two people. In layman layman's terms, friendship is when you are affectionate towards another person and the other person is affectionate towards you. If you haven't guessed by the way I've tried to explain friendship, friendship is really really complicated. When you like a person and the person likes you, you two are friends. Friendships comes in a lot of distant forms: best, long distance, work, and so on and so forth. Each of these friendships still end in the result of you having a friend and your friend having you as a friend. I believe that the best possible definition of friendship is if you, and the other person, both agree that you two are friends. No matter what form of social relationship you have, if both of you agree that you two are friends then you are friends.

As a kid, I grew up doing what I thought sounded like a good idea at the time. I would frequently say things that I would soon regret and ignore people if they weren't entertaining me. This included my teachers and was not a good idea. Arguments with my siblings would result in long standoffs that often required parental intervention. I'm thankful for my parents putting up with me while I figured out how to interact properly. It took time, and a lot of practice and even more failure, to learn to stop. To wait. To take a moment and to think things through. I'm still working on not simply reacting but I can definitely say that my life has improved along with my ability to be patient when making decisions. I've even learned to walk away from arguments which has certainly made my everyday life more productive and a lot quieter.

Calculus is the math of change. The way a dropped ball is slowed by air resistance, the height at which monarch butterflies fly in order to conserve energy, and the height of a tsunami can all be calculated using calculus. Without calculus, these numbers could only be approximated with a mathematical model. The fundamental idea of calculus is to find change. In technology, calculus can be used for calculations. These calculations can be used for graphs, computer models, and animations. Disney's newer animations, the 3d computer animations, all use calculus. Computer graphics, other then the really basic things, require calculus to run. In engineering, calculus is the foundation of many things. Calculus is used to understand physics, thermodynamics, statistics and many other fundamentals of engineering. Without calculus mechanical engineering wouldn't exist. In mathematics, calculus is a foundation for more complex mathematics. Physics wouldn't work without calculus. Velocity can be discovered using a derivative because it is a derivative . A derivative is the beginning of all calculus. Calculus is an elementary mathematic. You learn calculus before you learn complex dimensions just as you learn addition before you learn subtraction and addition before multiplication. In science, calculus can be used for so many things that it's impossible to even give a brief explanation. Chi-squares (a fancy table that tells you how likely a set of data is to a an expected set of data and is very useful in genetics) in biology require statistics, which as stated earlier in the engineering section, works due to calculus. Calculus is used in the medicine fields to calculate the amount of medicine needed for an individual. Although, generally it's put in charts so a person doesn't have to calculate it every time. In astronomy, there are so many uses for calculus it would be easier to list what doesn't use in some form or shape calculus. The uses of calculus in astronomy includes calculating the make up of stars, how far away they are, the atmosphere of planets, and so on and so forth. Space travel requires calculus to calculate how much rocket fuel a ship can carry and how much it needs. The orbits of anything, both large and small, be they a galaxy or a meteor require calculus. Calculus is used in every field of STEM. It is an integral part of science, math, engineering, and technology. To understand calculus increases your understanding of how certain things work. Calculus is a fundamental foundation of all STEM fields. Calculus is vitally important.

In the beginning, there was nothing and then God said, "E=mc^2" *. If you enjoy amusing religious jokes, such as this one, then you've undoubtedly seen this joke before. I personally believe that science, math, and religion go hand in hand. Spirituality is the method of understanding the known universe via a faith based system. Science is an attempt to do the exact same thing via empirical methods. Mathematics is the language to describe the physical universe and the possible universe. Some people will also mention things like their place in the universe, the purpose of life, or destiny and fate; I have chosen not to mention these things in order to save my word count and narrow my focus for this essay. My personal belief is that I do not have to explain how science and math intertwine in life, science, math, and practical uses. It is my belief that many people can easily understand how science, and therefore math, can go into spirituality. You can look at the uncountable number of stars arranged in around this universe, some of which no longer exist and haven't for longer then homo sapiens have walked this earth, and see constellations that have danced from hemisphere to hemisphere for all of humanity to see. I believe that spirituality, an unseen force unsciencable force that acts upon this universe, can act on science when you consider the probability of any one act happening. Take the discovery of the equation chosen. The idea and theory that mass is just frozen energy and energy is just mass in a more 'liquid' state. Or take the Origin of Species. What was the probability of Charles Darwin being born? Of him studying biology and geography and all manners of science? Of him traveling the the Galapagos islands? Of him working for years on his theories that he was still discovering what the theory was half way through? What was probability of natural selection being discovered? Higher then one thinks because another person was going to publish a similar study. I view spirituality, science, and math as all methods of looking at the great existence around us and trying to quantify it as human beings like to do. I look through the eyes of faith, through empirical study and peer review, and through the derivative of a function. Through the beauty of being able to take rates of change and calculate 'perfect' forms. Numbers, science, and faith are all methods I can use when exploring the world I live in and the universe as a whole. To me this is how spirituality, science and math interrelate. *For ease of humor, a rough approximation of the equation was chosen. The real equation would be E=mc^2/(1-v^2/c^2)^(1/2). This equation is simplified because c, the speed of light, is a really big number. And v, the velocity of an object with respect to the observer, is not so big. When you have a small number over a big number you get 0.

I do art in what little free time I have as a double degree. My favorite piece of art comes from an online community that I'm part. It's whatever I last saw and thought was neat enough for me to try something similar. Sometimes this is because the art work, such as in the case of one friend and their studies, was painstakingly beautiful and other times because it somehow captured an aspect of real life that I hope to have one the ability to include in my art one day. My current favorite piece of art is a series of flower squirrels. The thistle flower squirrel's fur is bushy and spiky like a thistle. She's sitting down with it's leaf tail hugged to it's chest and her paw pads are purple. Her ears are the purple thistle flowers that we all know and love. Below her is a lilac squirrel. I have included a link below and there are other squirrels as well. https://iguanamouth.tumblr.com/post/170895510457/a-sunflower-squirrel-commission-for-ashley-they

My favorite hobby is writing. I write short stories, poetry, and novels that I'm working towards getting published. I enjoy writing down a story of my own creation; making my ideas permanent and unchanging (Unless I decide to edit the story). I also enjoy the idea of making money from my writing. I've never won a scholarship or writing contest before. I've also never published a book. I could go on. I could craft my words into poems, make rythems that seem to breathe, and make pretty nothings with twenty six letters. I could describe scenes of thoughts with metaphors and similes. I could use prose that made one envision a moment frozen in time like it was a picture. Regardless, though, I will not. This is because I enjoy writing because it's fun. I like typing out warm hugs and people pursuing their dreams. When I write kittens in stories, there purpose is to be found and helped and loved. When I write two people sitting with cups of warm drinks gone cold, it's because of happy reasons. When I write sad thing they still end up good. I write simply because I enjoy writing. I enjoy taking half remembered dreams and making them into something new with words and phrases. There are stories that I've started, stopped, and restarted from my childhood that I'm still working on that I'll one day finish. And I won't lie. The idea of making money from writing is a great idea. I doubt that I'll ever make much profit but I do plan on selling books. And you don't sell for nothing! While writing will never be my main career, I do plan to write for the rest of my life because I enjoy writing and will always write as long as I'm able to.

Humans have been actively doing genetic modifications for hundreds of thousands of years. Now, in the modern era, technology has advanced to the point where instead of genetic modifications some scientists can do genetic engineering. These scientists are called genetic engineers and I aspire to be one. I have always been fascinated with genetic modification and genetic engineering. The domestication of plants and animals in their various geographical regions was always the most fascinating part of studying the far past. In middle school I discovered punnet charts and was absolutely charmed. In high school, my biology teacher had a copy of Charles Darwin's Origin of Species and said it was free to read. It was fascinating. While in high school, I researched various fascinating things: pigeon breeding, the genetic engineering of disease resistant bananas, and beta fish breeding being some of them. Ukrainian pigeons are white and barely look anything like their American counterparts which are blue or grey. Beta fish, like human eye colors, have multiple genes that control their colors. Like in pottery, beta fish have under-glazes and over-glazes which can lead to stunning combinations of colors. There's also fin shape. Now, finally in college, I study how cells work and the types of life out there. I learn of viruses and how a banana plague brought the laffy taffy flavored bananas to extinction. I learn of the pigmentation of reptiles and their frequencies. I study and, if all goes well, will soon be a genetic engineer. All of these experiences I have mentioned have inspired me to be a genetic engineer. While I am still uncertain of what field of study to pursue, I am currently considering flora or fauna in an agricultural sense.

My goal for the future is to be a genetic engineer and retire when I am sixty seven. At the current moment I am eighteen nearing nineteen and working on a double degree for a chemistry and biology associate at a community college. Next spring, I will finish both of my associate degrees at Ivy Tech Community College and transfer to Purdue University if I decide I like plants and IUPUI if I decide I want to work with animals. After achieving two bachelors in my chosen fields (Chemistry and Biology) in the spring of 2025 at the age of 21, I will apply for a masters program in Germany. This is because Germany has a great masters program for genetic engineering that I deeply desire to study in. I will be studying German starting the fall semester of Ivy Tech Community College. I will then begin my doctorates in the fall of 2027 at the age of 24. In 2030, I will complete my phD's and begin working at the age of 27. As a genetic engineer I can expect an average of 90,000 a year. Saving 40% of my monthly income means that I will have seven million dollars for retirement. These are a rough outline of my long term plans that I plan to follow in order to achieve success. I believe that proper planning will bring me success. It's why I have a six month, one year, five year, and ten year plan that I adjust when needed and when my goals shift and change.

I deserve this scholarship for reasons that are legal and not of your concern. My academic goals do exist and I do not plan to be unemployed for all of my life. Sometimes I overcome obstacles. No, I will not clarify and you may not know more.

The only true reward for kindness is waking the next day and being able to make that decision again. If I could share one sentence with the world then it would be this flawed philosophy. I believe, at it's core, that all philosophy is flawed because it is impossible for words to define even a small aspect of life. I think that philosophy is cherry picking the parts that you don't have and want to remember because you don't instinctively know it and think you should. If the only true reward for kindness is waking up the next day and being able to make that decision again, then all other rewards are deemed irrelevant. At it's core it's a very selfish philosophy deeming the effects on other people due to your kindness as false. At it's core, it says that if you walk away from choosing kindness you can never choose it again. It's a harsh statement, untrue at it's core, but it's learnable from. If everyone knew this statement, if all they knew was that helping others would only let them be able to make that decision again, I'm not certain how the world would change. I'd be interested in seeing it though. How would the world change if they all heard that sentence? I can't say.

The first song I learned to whistle was Greensleeves. I was seventeen when I realized that Greensleeves was meant to be a sad song. Talk about whiplash! I grew up learning music from my father, and later, my mother, and from church. My father taught me of music that he liked. German punk songs from the past, the Scorpions, and far too many hilarious songs he randomly found on youtube. There's only so many times your dad can show the missionaries The Mississippi Squirrel before you worry about your sanity. I learned Greensleeves following to his whistling tune, as he can't sing, long before I knew it's name. My mother grew up a talented musician. She also grew up a loud kid that loved to make noise. The deaf people in her community called her Red Loud and that means a lot coming from a deaf person. She sings songs that make her happy. This includes far too much Elton John for my taste and a lot of church songs. Her idea of a fun community activity is joining the church choir. I learned Greensleeves name from my mom. A lot of my music does come from church. Every week I'd go sing at church and sometimes more then that. I've always been casual when it comes to music but I can still sing half a dozen church songs from memory and more if I get a cue. I know even more primary songs. (For those of you who don't know, primary songs are church songs for little kids.) I learned music other then my parents from church although I branched out as I got older. To this day whenever I think of Greensleeves it's calming happy song to whistle with my dad as we do things. Greensleeves inspires me.

The most inspiring book that I've ever read is all of them with the exception of one horrible book that will not be repeated. I've been reading longer then I can remember. My father used to readthe Tarazan series as a family bonding activity; in elementary school I was often yelled at for reading. I've read poetry that's made me weep and cry. I've read science fiction books that have filled me with wonder. I can't pick any one book that I've read as the most inspiring or even inspiring at all. I merely read the book and file away what I've learned and remember if I liked it or not. I could talk about aspects of books that I found inspiring. I could talk about being thirteen and squirreling myself away in the library to read books about careers and getting distracted by a fascinating book on genetic engineering. I can wax poetry at the fascinating biological world building in the Dragon Riders of Pern Series and I can tell of you of the philosophy that's filled me with wonder by esama, who's pen name is meant to be capitalized. I could rant at you about the idea of militant decency as presented in books by Terry Patchet. I cannot tell you of which book inspired me the most anymore then I could peel apart my heart and point out which muscle fiber is the most important. Even the smaller parts of the heart are needed for me to work. Even the smallest of books has inspired me and just as I cannot pull my heart apart and say, "There. Right there, is the most important cell in my heart.", so too can I not answer, at least honestly, which book is he most inspiring one that I've read.

I'm not certain often times what makes me happy. I know that I seek for it in the attention of others. That if I'm not paying constant attention to why I'm acting in certain ways then I will often mindlessly act to please others. I grew up a lonely child. I was surrounded by a great many people and yet felt like every scrap of attention had to be earned because I didn't have the words to ask for them. When I earned good grades and made it on the honor roll and received praise from my teachers; I ask of you was the warm feelings that it brought to my chest that I sought after happiness? The answer is no. The answer is I don't know what happiness is. Happiness that is fleeting, that fades away, that merely makes you smile is lovely but I don't count it as true happiness and while I don't know what makes me happy; every day that I'm alive is another day to learn what makes me happy. I suppose you can say I'm happy I'm alive!

The pieces of art that inspires me changes like the seasons. It's unrealistic for one piece of art to fit someone's personality throughout their entire life span but the latest one's that has inspired me is was a piece created for a winter art creation. It was a simple piece but the details of it fascinated. I've never been a good artist because in the past I had always created art for other people. I've always shaped my artwork to get attention from other people and this art isn't. It didn't make me realize that my art was simply colors and shapes that appealed to others. The art piece was a simple girl climbing on a snow man and there's a penguin. It wasn't a very good art piece nor was it bad but it had a lot of feelings. The lines of action were captivating and the simple background added emotional depth that I can barely understand. It's very smooth which isn't something I'd ever thought I'd use to describe an entire art piece before. This art piece inspires me because one day I hope someone will remember my art for hours on end even if the technical pieces aren't very well done. I hope that one day I'll be able to make someone want to write a scholarship essay about my artwork!

Investing in life experiences will mean more in the long run then any other investing method. This doesn't mean you shouldn't invest, after all, retirement is important. Life experiences will get you further in life then simply saving money. When you spend the money to go to a conference or convention, you increase your networking opportunities. When you fail at something and are left desolate instead of having to dip in your retirement money, you have other things you can fall back on to. Life experiences don't just mean having a fun vacation or partying it up. Life experiences are anything that you've lived through that you've learned from. When you invest in life experiences you invest in yourself. This could be as simple as taking a class at a community college to as complex as writing a personal memoir and then rewriting it because you've learned more about yourself through it. Life experiences can be everyday experiences like stopping to take a picture of a flower, and noticing how they're all different and realizing how nothing is truly the same as anything else, to a rare once in a life time trip to Africa or South America. People often struggle to learn from their life experiences and invest in learning every single day. I take the idea of investing in my life experiences to heart by trying to continually learn from everything I do and to go out of my way to learn new things. I go to art museums, read philosophy, and help my grandparents make Christmas dinner. I go to college and study things that truly fascinate me and I hope that I never forget to invest in life experiences.

It's very rare for an obstacle to be surmounted and never occur again. Even in the form of college admission essays and exams, the work very well comes to an end. This is true in the most important places of a person's life as well: the home. Human beings, unlike what video games streamline it to, require as much if not more maintenance then animals. They need to be entertained, fed, hydrated, physically active, kept warm, intellectually stimulated, live in a clean and safe place, be kept warm, and so on and so forth. Most of these tasks the human being automatically does, when we're sad we go to people for comfort. When we're tired we sleep. When we're hungry we eat. Life is one thing after the other until it stops entirely. In the home, leadership can come in a variety of methods. Some are loud and involve convincing others that they should do something. Others are more mutualistic and involve starting something and convincing others to copy it. The method is less important then the fact that every day life is an obstacle. In the home, I often display leadership qualities by seeing what needs doing and asking others to work with me. This includes dishes which are in a constant state of dirty in a household of ten and the dinner chart. And doing the work is an effective way to get things done but one person cannot do everything. It's something I sometimes struggle to remember that I have but two hands and can only do so much work. It's a hard lesson but one that I learned in the safe environment of the home. The most effective method of leadership is managing. It's to gather a group of individuals who know what they're doing, such as my seven brothers, and to manage. I direct them, and of course sometimes the role is reversed as in families nothing stays the same for long, to where work that needs to be done and work is done. This includes moving the table and clearing the counters so we can continue to live. Most of my leadership has been in a home as I'm, for the most part, content to follow. I have never been a situation where I've needed to lead, except by example, outside of the home and so in this essay I've written about a small community, my family, where I overcome daily obstacles and display leadership every single day.

What is service but a selfless act of love? What is an act of love if not an act of food? People say that the way to a mans heart is through the stomach but this is true for all human beings. Children grow up to enjoy fake cheese because they grew up knowing that the warm macaroni was made by their parents with love. On Christmas morning I plucked a goose. I spent an hour talking with my brothers while pulling out the downy feathers and being grossed out by the ickier parts. I watched my brother walk me through field dressing and asked if the bright shiny kidney was an egg. I squirmed away from the grosser parts and watched as my mother forgot the pot of boiling water and the wings were cut off to be fed to the cats. Without that boiling water the goose took a lot longer to pluck because their was no boiling water to take care of the tiny feathers and the goose had to be plucked to perfection. It was a nuisance. Four people plucked at the tiny naked carcass for over an hour. I don't even like the taste of goose! This was an act of love and the feast that my mother cooked was an act of love as well. Before thanksgiving I helped prep thanksgiving bags to help people who were struggling. They included cans of green beans, cream of mushroom, and a can of pumpkin stuffing for pie. These bags were available, for no questions asked, to people who were struggling and needed assistance so they too could enjoy a special meal with the people that they love. Service is an act of love and I perform my acts of service through food.

I hope that one day I am forgotten. That people do not know who I am and that I am but another blank face of the distant past. I hope at my funeral that people smile and talk of happy times and that no one comes to my grave to mourn me but moves on with their life. I know that my actions will never be seen in some large action movie and that any acts of kindness may be talked about the way I talk about those I don't know. I hope that the only reward for my actions are waking up and being able to make that decision again and again. Every time I donate to charity a small greedy part of me wants a large parade of flowers and for people to cry and thank me. Sometimes I day dream of people thanking me for what I've done but I know that's not why I act. I act not to be remembered and sometimes not for another person. You have to understand that I am a greedy selfish person and when I choose to make a kind decision it is so I can make it again and again. I believe that the best reward for kindness is for the person to be able to make the decision to be kind time and time again. I believe that society advances through trillions of unknown acts that build up one after another drowning and suffocating the worse traits of humanity underneath it. One drop in the ocean should not leave an impact and I hope that when my life ends all that matters is that I enjoyed it and that I am another brick in the trillions of other one's building up the foundation for a better kinder future.

Imagine this: You walk inside your house and your dog walks up to you. They are cute but more importantly they've been alive for thirty years and will be for at least another ten. With genetic engineering this, and more, is possible. With genetic engineering not only is it possible to make your dog live longer, as they deserve too, but it's also possible to make farming more effective, people live longer, and to even artificially create life. We've all seen Jurassic park and we all know that if they'd put more money on the dinosaurs as opposed to the tourists the park would have never had a problem. With genetic engineering it's theoretically possible for humans to regrow limbs, crops to be able to grow in the harshest of environments, and for your pet fish to glow in the dark. While genetic engineering is still a young field of science, I hope to make the world a better and more interesting place once I'm a genetic engineer.

In nature there are two main foraging habits for creatures that run into each other. For the ease of convenience I will label them as give and take. When a creature has the give tactic then they will share with others; when a creatures has the take tactic then they will take from the other creature with force. When simulations are run using these two foraging habits, the greatest population number is always found with the creatures that give. Similarly in evolution, social behaviors always come with the side effect of giving food, time, and protection. All animals with social behaviors also do better then their peers. Humans are no exception to this rule and can only form a society because of it. Without the willingness and behavior of giving society, and humanity, would not exist. Following this train of logic the only logical decision is to give to my community and the people around me. Some people call this 'giving back'. During my time at college I find time to bag lunches for those who need help and otherwise volunteer, spend personal time with friends and family, and encourage participation in my community.

Listening, like reading, is more than just hearing. It's more then just hearing sounds and knowing what those sounds mean. If hearing is somatic reading, then listening would be active hearing. Listening is questioning, connecting, predicting, reviewing, evaluating, and visualizing. As you can geuss, listening (Like active reading!) is a very active skill that requires a lot of work to use. Most people don't remember learning to listen but if asked right they might be able to describe learning to listen to something else. I learned to listen to cicada song this year when they came out of the ground and it was beautiful. Did you know that you can tell the temperature outside based off of cicada song? Similarly, this year I also learned to read a textbook. Reading a textbook is both harder and easier then I thought. The first thing you do is make a mental mind map by flipping through the chapter, noting bolded words, seeing what the author expects of you to know by the end of the chapter, and reading both the first and last sentence. Getting ready for a lecture is much the same. You glance over the topic being discusses, note the key words the lecturer is using, read through any provided materials that the lecturer thought was worth drawing attention to, and pay special attention to the introduction and closing statements. Listening, like reading is more than just hearing. It's hearing sounds and pulling the information out to learn from. Because hearing, like reading, can be both active and passive, active hearing is known as listening. When you actively hear someone, not only are you listening to what they have to say but you are learning from them and expanding what you know. This is a challenging but rewarding skill.

The most important financial lesson that I ever learned, I learned in the kitchen. I learned that something would always go wrong and to save and prepare for it. I learned to crack my eggs in a bowl and then pour them into whatever I was cooking so that if the egg was bad then I would be okay. I learned to make left overs because serving sizes, just like budgeting, always needs more wiggle room than people think. I learned finances in the kitchen. I learned to track income and costs by making bread and doing the math for when I would need more flour. I learned unit prices when I was young and learned how to find the best deal and I learned to save what you can. In the kitchen, through many trials and errors, I learned to hold the salt until the end. In my financial life, I didn't have to learn to hold the spending once my savings were built because I already knew it. In my mother's kitchen, starting at a young age, I discovered the hard way that salt once put in cannot be taken out. I never had to learn the hard way that you can't unspend money. Every year my grandmother makes apple chips fresh from the trees outside her house and every single year the lesson is cemented deeper and deeper; it is best to save what you can so the good times (apples) last.

One of my goals for the future is to be able to do parkour. Parkour is the athletic activity of moving quickly by surmounting obstacles such as walls, railings, and jumping over obstacles. As one of my goals for the future, being able to do parkour sounds silly and simple but for me it's not. All of my life I have struggled with being physically active. Without someone there to encourage me to head outside, I wouldn't. When I was starting high school, I developed a screen addiction and received a phone for the first time. My grades plummeted and if it wasn't for the fact that I was in a dance club and therefore physically active every day after school then I would have been a lot worse off. On Saturdays, I would lay in bed until I couldn't. This meant that sometimes I wouldn't get out of bed until it was time for church on Sunday. I had trouble sleeping as I would stay up all night reading stories on my phone. It got to the point where I would act out so my parents would take my phone. I'm no longer addicted to screens but it is something that I have to be constantly aware of and monitor myself for. However, I still struggle to be physically active. So one day, I want to be able to do parkour and be physically active because of it. I want to enjoy running and jumping again and that's what parkour is all about. Currently, at the place where I live, there is no parkour group but there was one before covid and in January will be opening back up even if I have to make the group myself.

Three months ago I started going to therapy. Ever since then I have learned more about myself then I thought there was to learn. I learned of my skills, emotional and social, and I learned how to forgive myself. When I was a young child my biological mother walked away and left my brothers and I with my grandparents. My father returned from Afghanistan some time later and started the process of divorce. He won full custody over my three brothers and me. Three years later, he met a woman who would later become my mother and I despised her because I thought she'd leave. So I got my younger brother to draw on the wall with me and then I went and told her. For next twelve years of my life, whenever I told that story I always told it in the context of myself being a mean six year old. In therapy I learned that six year olds don't really have the capacity to be mean. Now when I tell this story, not that there's much call to, I tell the story of a scared six year old wanting to be loved and I now feel more comfortable and less guilty about helping people. To many people this story doesn't sound like a large valuable thing but to me it's just the start of the process of coming to love who I am and how I got here.

When the pandemic occurred, Ivy Tech Community College started online and virtual classes. Upon entering my college semester this fall, I have been able to study with tutors seventy miles away and take classes that aren't offered at my campus. I'm able to travel while learning and I'm able to move around and even go on a run during class. Often times, I'll drive back home from my chemistry lab while listening to my Biology class and without the pandemic this would have never have happened. Even thought the pandemic negatively affected billions of people, that doesn't mean that we can't marvel at how humanity has overcome and improved. I look forward and I like to wonder on what the future will hold.

Equal education is beneficial to humanity. It's all a matter of numbers. If you have two thousand people who can read and for every one hundred people who can read you get one person who makes two ideas every year, you have twenty people making forty ideas a year. If it takes two thousand ideas to make an invention that's beneficial and you only have two hundred people who can read, then it would take fifty years for one invention to be created. Frame shift, you have two hundred thousand people who can read. You have two thousand people making ideas and four thousand ideas a year. That's two inventions that benefits humanity per year and wouldn't be possible if you didn't have two hundred thousand people educated even though not all are actively producing inventions. Fame shift, one more time. The world has a current population of eight billion people. If all eight billion people know how to read, then you have 80,000 inventions a year the benefit humanity. Equal education is beneficial to humanity. It's all a matter of numbers.

What is love if not charity? What is love but service freely given to someone else? I wash the dishes and my mother knows she is loved just as I know I am loved when she cooks dinner. I listen and talk of stories and books with my father and we know that we are loved. When I was born I had two older siblings. One, my eldest at the time, grew up believing that love was taking care of and would never smile wider then when seven year old me presented to him warm top ramen fresh from the cheap packet. The other believed that love was presence; I used to come home from school and sit on him while we both did school work. The contact of another person told him he was loved. Love is less emotion and more choice, meaning that everyone views love differently. My mother views acts of service as love and so I use those with her. My father views quality time as acts of love and so I spend my time with him. My eldest brother views acts of care as love and so I look for ways to take care of things for him. My brother views touch as acts of love and so I stay in contact with him. Love is a complicated thing and making certian that my friends, family, and other important people in my life know that I love them can be complicated as well. The best to way to let them know they are loved is to watch and see how they view love and act accordingly. This means that to me love is charity. The selfless act of seeing what another person needs and responding accordingly. This is how I make valuable people feel loved.

I enjoy the taste of peas. I like to squish them until they pop and then eat them. My second favorite food in the whole wide world is my mother's split pea soup, not because of the flavor but because my mother hates to make the dish. She despises adding the ham on a ham bone, that flavor the soup, into a pot of many many peas. My mother hates the taste of peas. She finds them bland with a strange taste. She dislikes eating them with mashed potato and would rather have lentils and bread and broccoli. Every once in a while though she makes split pea soup because her children like it with the left over ham and the many many peas that she despises. My second favorite food is split pea soup because it reminds of when I was ten and learned for the first time that my mother hated it. She had made a face when I suggest split pea soup for dinner and causally mentioned that she hated split pea soup. I was astonished. My entire world seemed to pause for a moment. When questioned, my mother says that she makes it because I, and my siblings, enjoy that soup. My second favorite food is split pea soup because whenever I taste the mushy pea soup with the ham inside of it I remember being ten and being told with actions for years upon years that my mother loves me.

Joy is climbing up a building and laying on the roof. Dark roof tiles lay beneath you and the cat, that didn't actually need helping getting down, purrs on your chest as you look up at the stars. You trace the constellations your parents taught you; Orion's belt which was placed by a god to remember her love and the dippers which led slaves to freedom out of the south. Joy is laughing at a horrible joke while your partner stares at the ceiling, knowing that they love you. It's carrot cake that your mother always makes in March for your father's birthday and it's biting down on soft strawberries while your parents dance in the kitchen. Joy is a thousand little things pulled apart from obscurity and given meaning. It's a fractured mirror that you look at the shards one by one before leaving them in the past, throwing away the mirror shards, and getting a new mirror. It's every little moment that made you content that you pull apart afterwords and assign the meaning of being good for you. Joy is happiness and satisfaction wrapped together to make contentedness called Joy. I seek joy by living. I seek joy by chasing what makes me happy and, more importantly, what makes me content. I chase down knowledge of fish that sing through electric currents and then smile and help my mother make a Thanksgiving feast. She'll tell me of the past that I can't remember as I wasn't born yet and I'll tell her of the present. Joy is looking around a table at Thanksgiving and having the warm glow of Joy at my family there. Joy is simply that: Joy.

In the past six months, I have demonstrated leadership in my school by setting up and continuing an online study group for my Biology class this fall term. Online classes are often lonely affairs with students feeling alone in their course ware. So when I started my online study group, I was surprised at how much work it took. Great leadership is someone who undertakes a course of action that they believe is right and will see to the end whether or not others join them. I believe a great leader, such as myself, is someone who does what they think is right and if others join them then they make it easy to follow them. In my opinion it's less important for people to follow you and more important for the leader to act and react if others want to follow them in whatever decision the leader has made. Being a leader is important to me because if I don't then no one will. In various areas that I have seen, no one will step up for the reasons I want them to and that means that there leadership isn't exactly what I want. If I step choose to be a leader then I get to decide what's important and what needs to be done. Being a leader, at least to me, is deciding to do something and allowing others to follow. In the case of my online study group often times it felt like I was talking to myself for days if not weeks. As I approach the end of the semester people have started to comment and saying their thankful. One person emailed me to say that they'd never participated in the online study group but they really appreciated my hard work and enjoyed following along with the discussions and sharing of notes.

If I was a highly influential figure, one of the main things that I would stand for is education. I believe that education is one of the most, if not the most, important aspect of a civilization. By educating a population you increase the life expectancy, increase the economy, and better the standard of living. I believe that the best way to support education is through grass root, or local organizations that build upwards as opposed to federal downwards, organizations that help support people trying to get an accomplishment. These can be split into two large subcategory: Primary and Secondary. Primary, or elementary, schooling can be best supported by supporting the teachers and parents of the children who attend. This includes free day care so parents can have more flexible work schedules and other programs that make school as easy as showing up at school and trying to learn. Some of these other programs would include clothing for poor children and free lunch meals and breakfast. Other organizations, such as Dolly Parson's book one, are also important. Secondary, or middle and high, schooling can be best supported by making the expectation college and having a wide variety of non 'core' subjects. There are of course the social programs such as allowing people to stay after school, buses, and resources such as food, clothing, and counselors they can talk to, however, by supporting the arts, theater, and other such things you make your future generations have varied skills and have the ability to find things they truly enjoy. By offering a variety of opportunities teenagers often become more community oriented and encourage them to reach out to the people around them. If I was a highly influential figure, I would support education and all of the aspects that come with it.

The level of matter in the universe has remained constant for 137 billion years give or take 130,000 years. For reference life on earth has taken four and a half billion to develop to this point of time and the pyramids were made four thousand and five hundred years ago. According to the big freeze theory the universe will stop in several trillion years. Many people worry about the future. And they're right too! The future is big and scary and there's so many things going on right now that a person can't even take it all in before things change again. As generations pass, parents have to watch their children head out into a world where the rules have changed again and will continue to do so. Some people are caught flat footed by new advancements and feel like they're falling behind they're peers no matter what they do. Others get so caught up in their worries that they can completely forget the present or lose hope for the future. This can come out in a variety of ways but the most common method is people saying they're scared of the future. They don't. They're scared of the unknown and don't know it because all they can see is the change happening in front of them. And that's okay! A healthy fear of the unknown is useful and helpful but you have to remember this: The universe is young. The universe young and it will be for a long time. Many people feel like everything has to be done now or they're a failure. They feel that future depends entirely on them and that's not true! The universe is young and that means we are still in the beginning. Two thousand years from now people will look back with wonder and wonder how we got through whatever we're going through and the answer is simple for me. We are not nearing the end. There is no end-line in sight, no timer counting down that matters to us, and no rush. The stars are young and the universe has just begun it's life and we have our entire life ahead of us and the generations after us theirs. There is no end that matters to us. The future can be scary. It can be downright terrifying! But one of things that brings me hope, no matter how much I struggle through life, is that this is the beginning. Life has just begun in the galactic scale of things, and humanity has as well. The future is uncertain. The future is scary. But this is the beginning and we can continue to build.