The American dream is not just about becoming rich or owning a big house. To me, the American dream means having the freedom and opportunity to build a better life than the one you had before. It means being able to take the circumstances you were given, work hard, learn, fail, grow, and still have a real chance to create something meaningful. I understand the American dream through my family’s story. As an immigrant family, my parents did not come to America because life would automatically become easy. They came because America offered possibilities. It offered the chance for education, stability, and a future that could be shaped by effort rather than limited by background. Watching them work, adapt, and sacrifice taught me that the American dream is not handed to anyone. It is earned through persistence, patience, and the belief that tomorrow can be better than today. For me, the American dream is deeply connected to education. I have always been fascinated by physics because it gives me a way to ask big questions about the universe. Whether I am learning about nuclear energy, cosmology, or the particles that make up matter, I feel like I am getting closer to understanding something larger than myself. In America, I have had the opportunity to explore these interests through school, science clubs, research programs, and mentors who encouraged me to keep asking questions. That access is a major part of the American dream. But I also believe the American dream comes with responsibility. Success should not be about personal achievement alone. It should also be about using the opportunities you receive to help others. My interest in physics is not only about curiosity. I hope to contribute to solutions in clean energy, especially nuclear energy, because energy access affects people worldwide. If my education can one day help make power safer, cleaner, or more available, then I will feel like I am living out my version of the American dream. The American dream is also not the same for everyone. For some people, it may mean financial security. For others, it may mean starting a business, graduating from college, supporting family, or simply living with dignity. What connects all of these dreams is the hope that effort can lead to progress. Even though America is not perfect and not everyone receives equal opportunity, the dream remains powerful because it pushes people to keep reaching for something better. My definition of the American dream is the ability to turn opportunity into purpose. It is the chance to honor the sacrifices of those before me while creating a future that benefits those who come after me. It is not just about where I end up, but about what I do with the path I have been given. For me, the American dream is learning as much as I can, working toward a meaningful future, and using my knowledge to make a difference.

I have always been driven by a need to understand how the world works at its most fundamental level. That curiosity started in small ways, building a volcano for a school project or experimenting with simple machines, but over time it evolved into something much deeper. By middle school, I was designing and launching a model rocket, researching fin stability and propulsion, and documenting the process myself. That experience showed me what it felt like to take an idea, pursue it independently, and learn through both success and failure. Since then, my interest has grown into a focused passion for physics, especially in areas like nuclear energy and cosmology. Academically, I have challenged myself with rigorous coursework, including advanced math and multiple physics classes, while also exploring topics beyond the classroom. I completed a quantum physics course through the University of Geneva. I attended a cosmology workshop at Lawrence Berkeley National Laboratory, where I worked with real data and learned directly from researchers. Experiences like these made physics feel real, not just theoretical. They also reinforced my long-term goal of contributing to fields that can both expand our understanding of the universe and address global challenges, particularly energy access and sustainability. Outside the classroom, I have been deeply involved in activities that reflect both my interests and my commitment to others. As a member and leader of the Science Bowl team, I developed quick-thinking and collaboration skills in high-pressure environments. As a mentor for a fifth-grade Science Olympiad team, I learned how to break down complex concepts and guide younger students toward success. Seeing them win medals, especially in chemistry theory, was one of the most rewarding experiences I have had. It showed me the impact that mentorship and education can have, and it strengthened my desire to contribute to my community through knowledge and leadership. Being a student-athlete has also played a major role in shaping who I am. Water polo requires discipline, endurance, and teamwork, and balancing it with academics has not always been easy. There have been times when I felt stretched thin, managing practices, workouts, and demanding coursework. Those moments exposed one of my weaknesses, the tendency to take on too much at once. However, they also pushed me to grow. I have learned how to manage my time more effectively, prioritize what matters, and stay consistent even when motivation is low. These experiences have made me more resilient and more aware of how to push myself without burning out. One of my greatest strengths is my persistence. When I face a difficult concept or a challenging goal, I do not back down. Instead, I spend the time to understand it fully, whether that means revisiting material, asking questions, or approaching the problem from a different angle. At the same time, I am continuing to work on being more open to asking for help earlier, recognizing that collaboration often leads to better outcomes. Looking ahead, I see myself pursuing a career in physics, aiming to contribute to advancements in nuclear energy or fundamental research. I want to be part of solving problems that matter on a global scale, especially those related to sustainable energy and access. At the same time, I hope to continue mentoring and supporting others, whether through education, outreach, or leadership roles in my community. I believe that knowledge has the greatest impact when it is shared. This scholarship would play an important role in helping me reach these goals. It would reduce the financial burden of higher education, allowing me to focus more fully on my studies, research, and opportunities for growth. More importantly, it would support my ability to take advantage of experiences that may not be easily accessible otherwise, such as unpaid research positions or academic programs that align with my interests. By easing these constraints, the scholarship would enable me to invest more time and energy into becoming the student and future professional who can make a meaningful contribution. Ultimately, I see my journey as one that connects curiosity with purpose. I want to understand the world not just for the sake of knowledge, but to use that understanding to create solutions, support others, and contribute to something larger.

Going to college, for me, is about stepping into a space where curiosity becomes my main responsibility. Throughout high school, I have built a strong foundation in physics and developed a genuine fascination with understanding how the universe works, but college is where that interest turns into something deeper. It is where I move from learning established ideas to actively questioning them, exploring them, and eventually contributing to them. I see college not just as the next step, but as the first real opportunity to engage with knowledge at a level that feels meaningful and personal. At the same time, college represents independence. It is the first time I will be fully responsible for how I spend my time, what I prioritize, and how I shape my future. I am excited by that freedom, but I also understand the responsibility that comes with it. I want to take advantage of everything available, whether that is research opportunities, conversations with professors, or late-night discussions with peers who are just as driven and curious. Being in an environment where people are passionate about what they study pushes me to elevate my own thinking and stay motivated. What I am trying to accomplish in college goes beyond earning a degree. Academically, I want to immerse myself in physics, especially in areas like nuclear energy and fundamental particles, and develop a strong enough understanding to contribute to real research. I want to work in labs, ask difficult questions, and gain the kind of hands-on experience that bridges theory and application. My long-term goal is to be part of solving large-scale problems, whether that is advancing clean energy through nuclear innovation or contributing to our understanding of the universe at its most fundamental level. Beyond academics, I am trying to grow as a person. College is a place where I want to refine how I think, communicate, and collaborate. I have already seen the value of teamwork through water polo and mentoring, but I want to continue developing those skills in more complex and diverse settings. I want to meet people from different backgrounds, hear different perspectives, and challenge my own assumptions. That kind of growth is just as important to me as any academic achievement. I also want to maintain balance. While I am deeply focused on my goals, I value the importance of staying grounded, whether that is through sports, working out, or simply spending time with friends. Those moments help me stay motivated and remind me why I am pursuing my goals in the first place. Ultimately, going to college means building a path toward something bigger than myself. It is about gaining the knowledge, skills, and experiences needed to make a meaningful impact, while also discovering who I am in the process. I am not just trying to succeed academically, I am trying to position myself to contribute to fields that can shape the future, while growing into someone capable of leading and collaborating in that pursuit.

As a student-athlete, water polo has been one of the most defining parts of my life, shaping how I approach challenges both in and out of the classroom. Balancing daily practices, strength training, and a demanding academic schedule has required a high level of discipline and time management. With practices nearly every day and additional time spent lifting, I have had to learn how to structure my time efficiently, often completing assignments late at night after long training sessions. This routine has taught me that dedication is not about motivation in the moment, but about consistently showing up and putting in the work, even when it is difficult. In the pool, teamwork is at the core of everything we do. Water polo is not a sport where one person can carry the team; success depends on trust, communication, and a shared understanding of each player’s role. Whether I am coordinating plays, helping organize our defense, or supporting a teammate after a mistake, I have learned to prioritize the team over individual recognition. This mindset has extended into my academic life as well. Through activities such as Science Bowl and mentoring a fifth-grade Science Olympiad team, I have worked closely with others to solve problems, explain concepts, and build group confidence. These experiences have reinforced the importance of collaboration and clear communication, especially in high-pressure situations. Resilience has been another key lesson I have developed as a student-athlete. There have been moments where games did not go our way, or when I felt physically and mentally exhausted from balancing sports and academics. Similarly, in the classroom, I have faced challenging subjects that required persistence and repeated effort to understand fully. Instead of becoming discouraged, I have learned to approach these situations as opportunities to improve. I reflect on mistakes, adjust my approach, and continue pushing forward. This ability to stay composed and focused under pressure has been critical in both competitive and academic environments. Beyond structured activities, being a student-athlete has shaped my mindset in everyday life. It has taught me how to stay accountable to my goals, support those around me, and maintain a strong work ethic even when no one is watching. Whether I am preparing for a major exam, leading a team discussion, or pushing through a tough practice, I rely on the same principles of dedication, teamwork, and resilience. Ultimately, my experience as a student-athlete has not only helped me succeed in water polo and academics but has also prepared me to take on future challenges with confidence. It has given me the ability to manage my time, work effectively with others, and persist through adversity, qualities that I know will continue to guide me in college and beyond.

I have always been drawn to the big questions: why the universe exists, what holds it together, and how we might one day harness the power of the stars. Growing up, I was that kid who built volcanoes for science fairs, launched rockets at the park, and watched physics and space documentaries for fun. As I got older, that curiosity only grew stronger. I joined Science Bowl and Mock Trial, mentored students through Science Olympiad, and started self-studying advanced physics topics like quantum mechanics and particle theory. What drives me is the feeling of chasing something larger than myself—something fundamental and mysterious. I want to understand how everything fits together and maybe one day help others understand it too. What I enjoy most about science is the way it connects imagination with real world problem solving. During the COSMOS program at UC Davis, I had the chance to visit the McClellan Nuclear Reactor and apply physics and engineering concepts to build functional systems. Just a few weeks earlier, I attended a workshop at Lawrence Berkeley Lab where I built a muon detector, worked with real CERN data, and listened to a Nobel laureate speak about the expanding universe. Those moments were powerful because they brought classroom theory to life. Whether I am analyzing how fiber optics work or watching particle trails in a cloud chamber, I find meaning in how science helps us uncover the rules behind nature and apply them to real challenges. My life long goal in science has been to uncover the universe's secrets. Whenever I contemplate what exists beyond our world or how the universe operates, I envision myself working toward understanding these mysteries. I aspire to unravel the Theory of Everything, investigate dark energy, and explore how to harness fusion to power our near future society. Throughout my life, I aim to move closer to answering these profound questions. Beyond my own learning, I also find purpose in sharing science with others. Through Science Alliance, I mentored fifth grade students in building a catapult, egg drop device, and Rube Goldberg machine. I taught them the basics of chemistry, biology, and astronomy, and watched their excitement grow as they earned medals and solved problems together. Teaching helped me realize that science is not just about solving problems yourself—it is also about building a community that values curiosity and discovery. That is something I want to keep doing, wherever I go. Wherever my path leads, I know I will stay curious and open to growth. Science is not just a subject to me—it is a mindset and a lifelong pursuit. I am excited to keep asking questions, learning from others, and finding new ways to understand the universe and contribute to the world around me.