It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

Just like how a rocket is fueled by a constant supply of chemicals, the human mind is fueled by a constant feeling of determination. During my first few days in 6th grade, I quickly realized how no one I knew was in my classes, how I took two periods of English while most students took one, and that I was given extra time on assessments while my peers were not. The truth made me utterly miserable: I was placed in the lowest difficulty classes in my school due purely to my academic incompetence. Realizing the complete mess I was, my only hope was to turn my humiliation into focus and dedication. “This won't be easy,” I remember thinking. “But it is my only hope.” With my newfound determination to improve my academic performance, I started reading chapters from my science textbook and immediately noticed an increase in my test scores. Over the few weeks, I became more active during class discussions, which helped me write essays at a much faster pace. After implementing a daily schedule into my work routine, my productivity and efficiency skyrocketed like never before. With my priorities set on academic excellence with laser-like focus, my determination continues to drive my ambitions today. As I practice competitive math every day, participate in numerous science clubs, and immerse myself in research, my will to achieve has turned me into a fully fueled rocket - ready to surmount any challenge that I will face in the future.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best and healthiest version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

Just like how a rocket is fueled by a constant supply of chemicals, the human mind is fueled by a constant feeling of determination. During my first few days in 6th grade, I quickly realized how no one I knew was in my classes, how I took two periods of English while most students took one, and that I was given extra time on assessments while my peers were not. The truth made me utterly miserable: I was placed in the lowest difficulty classes in my school due purely to my academic incompetence. Realizing the complete mess I was, my only hope was to turn my humiliation into focus and dedication. “This won't be easy,” I remember thinking. “But it is my only hope.” With my newfound determination to improve my academic performance, I started reading chapters from my science textbook and immediately noticed an increase in my test scores. Over the few weeks, I became more active during class discussions, which helped me write essays at a much faster pace. After implementing a daily schedule into my work routine, my productivity and efficiency skyrocketed like never before. With my priorities set on academic excellence with laser-like focus, my determination continues to drive my ambitions today. As I practice competitive math every day, participate in numerous science clubs, and immerse myself in research, my will to achieve has turned me into a fully fueled rocket - ready to surmount any challenge that I will face in the future.

"Annoying." "Disruptive." "Overly talkative." "Nerdy." The words made my head spin. It was devastating. My mind shuddered as I gazed at the paper in front of me. I was participating in an activity in my 9th-grade health class, where every student was given a blank paper, and all the other students anonymously wrote what they thought of each other. As I internalized what was written on my sheet, it stung. I sat there reading the responses over and over again until the bell rang and I exited the classroom, consumed by grief. Walking into the hallway, I pondered about the time in Kindergarten when I threw a staple into the cage containing the class pet - baby chicks - after mistakenly thinking that a staple was edible. When I glanced at a vacant room near the isolated stairwell, I remembered how I was the last person to be chosen on almost every sports team or group project in primary school. Engulfed by my thoughts, I could vaguely hear the chatter in a nearby classroom, which reminded me of the incessant pointless questions I asked in every discussion in every middle school English class. As I arrived at my next class, the magnitude of what I had just learned sunk deep into my heart. As far as everyone in my world was concerned, I was just a very annoying person, with nothing valuable to offer to my community. Reeling from the weight of this news, I decided that it was time to change my personality. As my shame and misery turned into determination, the events of that day had marked the beginning of my personal revolution. I was dedicated to suppress my irritating demeanor. Over the next week, I wanted to peer over what other groups were doing during my History class, but I managed to successfully hold back that desire. By the end of the month, I had experienced many urges to ask something unnecessary in my English lectures for comic relief, but I decided to keep myself quiet. Through the course of the year, I always felt the desire to complain about my life, but I tenaciously prevented that from happening. My ultimate goal was stuck in my head: “I need to stop being annoying.” Each decision I made to mitigate my unlikable reputation was, in fact, a payoff; slowly but surely, I was giving myself another chance to become an amiable and enjoyable person. The journey was difficult, but the outcomes spoke for themselves. As the years passed, I was able to make new friendships when I thought friendships could never be made. For instance, I befriended the student who sat in front of me in my Spanish class, who had originally hated my irritating personality. Pursuing my passion for science, I immersed myself in competitive science clubs and let my work ethic and passion speak for themselves, building new relationships along the way. Every day, I made sure to show conscientiousness to everyone around me by always wearing a smile on my face. By the end of my junior year, my transformation had helped me gain an appreciation for others’ emotions and opinions while being perceived as a more likable and admirable person myself. Today, I am empowered by my ability to improve my behavior from every experience that forces me to socialize. Perhaps, if my health teacher never assigned the activity that pretty much ruined my day, I would still be the annoying kid that I was four years ago. Well, the activity may just have been the best thing I ever participated in.

It was breathtaking. Before my eyes, on the projector screen in my science class, was the most fundamental aspect of living tissue. Surrounded by a web of fibers and immersed in a fluid containing nutrients was the cell: the basic unit of life. As the teacher flipped through similar images, I was awestruck by how such primitive entities enabled life to be possible. The next summer, while wandering through my neighborhood and observing the grass forming the greenery below me, and the insects that thrived amongst the grass, I was struck by intense wonder once more. How could such a diverse array of organisms be made from the same primitive unit? Embracing the mystery, I encountered the secret of biology: the cells interacted in different ways to form different tissues, these tissues worked with each other to form an organism, and each organism had its own role in the ecosystem that surrounded me. This rise of complexity from the fundamental components defines an emergent property: an aspect of biological systems that I am always intrigued by. Entering high school, my astonishment about emergent properties drove my passion for biology. I soon found myself part of competitive science teams where I specialized in biology-related topics. My favorite was the Designer Genes event in Science Olympiad since the emergent properties shone through: the interactions between genes govern an organism's traits, and the variety of these attributes drives biodiversity. As the years went on, the summer programs and competitions that I participated in heightened my appreciation for biology and the emergent properties that define it. Today, I do everything I can to pursue my love for biology. From aspiring to do research to designing computational algorithms, the world of biology is simply an ocean that I am just about to set sail in.

Just like how a rocket is fueled by a constant supply of chemicals, the human mind is fueled by a constant feeling of determination. During my first few days in 6th grade, I quickly realized how no one I knew was in my classes, how I took two periods of English while most students took one, and that I was given extra time on assessments while my peers were not. The truth made me utterly miserable: I was placed in the lowest difficulty classes in my school due purely to my academic incompetence. Realizing the complete mess I was, my only hope was to turn my humiliation into focus and dedication. “This won't be easy,” I remember thinking. “But it is my only hope.” With my newfound determination to improve my academic performance, I started reading chapters from my science textbook and immediately noticed an increase in my test scores. Over the few weeks, I became more active during class discussions, which helped me write essays at a much faster pace. After implementing a daily schedule into my work routine, my productivity and efficiency skyrocketed like never before. With my priorities set on academic excellence with laser-like focus, my determination continues to drive my ambitions today. As I practice competitive math every day, participate in numerous science clubs, and immerse myself in research, my will to achieve has turned me into a fully fueled rocket - ready to surmount any challenge that I will face in the future.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

It was breathtaking. Before my eyes, on the projector screen in my science class, was the most fundamental aspect of living tissue. Surrounded by a web of fibers and immersed in a fluid containing vital nutrients was the cell: the basic unit of life. As the teacher flipped through similar images, I was awestruck by how such primitive entities enabled life to be possible. The next summer, while wandering through my neighborhood and observing the trees towering above me, the grass forming the greenery below me, and the insects that thrived amongst the grass, I was struck by intense wonder once more. How could such a diverse array of organisms be made from the same primitive unit? Embracing the mystery, I encountered the ultimate secret of biology: the cells interacted in different ways to form different kinds of tissues, these tissues worked with each other to form a single organism, and each organism had its own role in the intricate ecosystem that surrounded me. This rise of complexity from the fundamental components that compose it defines an emergent property: an intrinsic aspect of biological systems that I am always intrigued by. Entering high school, my astonishment about emergent properties drove my passion for biology. I soon found myself part of competitive science teams where I specialized in biology-related topics. My favorite was the Designer Genes event in Science Olympiad since the emergent properties shone through: the interactions between genes govern an organism's traits, and the global variety of these attributes drives biodiversity. As the years went on, the summer programs and competitions that I participated in immensely heightened my appreciation for biology and the emergent properties that define it. Today, I do everything I can to pursue my love for biology with like-minded individuals; a major in Biomathematics enables me to follow this passion more intensely. I am especially fascinated by the research done by Dr. Joel Bader’s team at Johns Hopkins University on the origins of autism, where the team utilized emergent properties to identify specific genes correlated with the disorder. I am also amazed by Dr. Robert F. Murphy's team at Carnegie Mellon University on the computational modeling of Cellular Organization and Differentiation, where the team utilized the emergent properties of cellular structures to simulate the changes that neurons undergo after treatment with drugs such as Paclitaxel, a chemotherapy medication. I would love to be part of such projects, as I can discover more of the amazing emergent properties that make up our world with equally driven students - while spreading this passion to my learning community at Rutgers University in New Brunswick.

It was breathtaking. Before my eyes, on the projector screen in my science class, was the most fundamental aspect of living tissue. Surrounded by a web of fibers and immersed in a fluid containing vital nutrients was the cell: the basic unit of life. As the teacher flipped through similar images, I was awestruck by how such primitive entities enabled life to be possible. The next summer, while wandering through my neighborhood and observing the trees towering above me, the grass forming the greenery below me, and the insects that thrived amongst the grass, I was struck by intense wonder once more. How could such a diverse array of organisms be made from the same primitive unit? Embracing the mystery, I encountered the ultimate secret of biology: the cells interacted in different ways to form different kinds of tissues, these tissues worked with each other to form a single organism, and each organism had its own role in the intricate ecosystem that surrounded me. This rise of complexity from the fundamental components that compose it defines an emergent property: an intrinsic aspect of biological systems that I am always intrigued by. Entering high school, my astonishment about emergent properties drove my passion for biology. I soon found myself part of competitive science teams where I specialized in biology-related topics. My favorite was the Designer Genes event in Science Olympiad since the emergent properties shone through: the interactions between genes govern an organism's traits, and the global variety of these attributes drives biodiversity. As the years went on, the summer programs and competitions that I participated in immensely heightened my appreciation for biology and the emergent properties that define it. Today, I do everything I can to pursue my love for biology with like-minded individuals; a major in Biomathematics enables me to follow this passion more intensely. I am especially fascinated by the research done by Dr. Joel Bader’s team at Johns Hopkins University on the origins of autism, where the team utilized emergent properties to identify specific genes correlated with the disorder. I am also amazed by Dr. Robert F. Murphy's team at Carnegie Mellon University on the computational modeling of Cellular Organization and Differentiation, where the team utilized the emergent properties of cellular structures to simulate the changes that neurons undergo after treatment with drugs such as Paclitaxel, a chemotherapy medication. I would love to be part of such projects, as I can discover more of the amazing emergent properties that make up our world with equally driven students - while spreading this passion to my learning community at Rutgers University in New Brunswick.

From when I was young, I was passionate about Biology. Specifically, I was always dazzled by the multilevel emergent properties of the Biosphere, where cells come together to form organisms, and interactions between organisms form ecosystems. I always enjoyed the lectures and labs of my Biology class since I could explore the intricacies of emergent properties to a depth I had never before. As a Sophomore, I joined Science Olympiad and participated in Biology-related events. My favorite event was Designer Genes because the emergent properties shone through; the molecular systems related to DNA govern the organism's phenotype, and the diversity of phenotypes drives global evolution, speciation, and biodiversity. My passion for Biology skyrocketed as I cooperated extensively with like-minded students, attended many science competitions, and immersed myself even more with the material. With the invaluable experiences that I have accumulated through teamwork, leadership, and competitions through my high school years, my unbridled appreciation for Biology is still alive today. I have always wanted to utilize computational modeling to examine genetics since I would be able to explore emergent properties firsthand. As such, I am fascinated by the plethora of biomedical research done at universities and graduate programs, such as the work of Dr. Jonghwan Kim's team at UT Austin which created a mapping of trophoblast stem cells by utilizing the emergent properties interwoven into the Central Dogma of genomic systems. With such amazing opportunities for research and discovery, pursuing a major in Molecular Biology would be a perfect way for me to fulfill my dreams of being a productive Biologist and continue discovering the amazing emergent properties that make Biology beautiful.

It was late at night. But I was awake, processing and analyzing the problem in front of me, as my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity: “The constants cancel out if I add the equations!” With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant answer. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through science, a field that embodies and exemplifies the power of understanding the universe through a critical and analytical lens.

Just like how a rocket is fueled by a constant supply of chemicals, the human mind is fueled by a constant feeling of determination. During my first few days in 6th grade, I quickly realized how no one I knew was in my classes, how I took two periods of English while most students took one, and that I was given extra time on assessments while my peers were not. The truth made me utterly miserable: I was placed in the lowest difficulty classes in my school due purely to my academic incompetence. Realizing the complete mess I was, my only hope was to turn my humiliation into focus and dedication. “This won't be easy,” I remember thinking. “But it is my only hope.” With my newfound determination to improve my academic performance, I started reading chapters from my science textbook and immediately noticed an increase in my test scores. Over the few weeks, I became more active during class discussions, which helped me write essays at a much faster pace. After implementing a daily schedule into my work routine, my productivity and efficiency skyrocketed like never before. With my priorities set on academic excellence with laser-like focus, my determination continues to drive my ambitions today. As I practice competitive math every day, participate in numerous science clubs, and immerse myself in research, my will to achieve has turned me into a fully fueled rocket - ready to surmount any challenge that I will face in the future.

Just like how a rocket is fueled by a constant supply of chemicals, the human mind is fueled by a constant feeling of determination. During my first few days in 6th grade, I quickly realized how no one I knew was in my classes, how I took two periods of English while most students took one, and that I was given extra time on assessments while my peers were not. The truth made me utterly miserable: I was placed in the lowest difficulty classes in my school due purely to my academic incompetence. Realizing the complete mess I was, my only hope was to turn my humiliation into focus and dedication. “This won't be easy,” I remember thinking. “But it is my only hope.” With my newfound determination to improve my academic performance, I started reading chapters from my science textbook and immediately noticed an increase in my test scores. Over the few weeks, I became more active during class discussions, which helped me write essays at a much faster pace. After implementing a daily schedule into my work routine, my productivity and efficiency skyrocketed like never before. With my priorities set on academic excellence with laser-like focus, my determination continues to drive my ambitions today. As I practice competitive math every day, participate in numerous science clubs, and immerse myself in research, my will to achieve has turned me into a fully fueled rocket - ready to surmount any challenge that I will face in the future.

The summer is full of invaluable experiences and unforgettable enjoyment. However, the summer is also a time when many students lose touch of what they learn during the school year. For 4 years, I was part of Kannada Kali, an organization that helps students learn the Indian cultural language of Kannada. But during the start of every year, almost every student does not remember the concepts taught in previous years. This was extremely detrimental to the course syllabus since old concepts had to keep getting reincorporated, delaying the teaching process. It was time to make a change. It was time to make sure that the students kept in touch with the material. Becoming a student volunteer, I started to assist the teacher in organizing material for weekly classes. Every week during the year, I listed important vocabulary words and helped make a lesson plan. I made sure that the lessons were organized and enjoyable so that the students would retain the information better in the summer. As the summer started, I was part of a growing group of volunteers dedicated to ensuring that students retained the information. Every day, I spent around an hour going over stories and helping students translate them. I also taught other cultural areas like Vedic Math. The organization's influence grew as more people joined and enjoyed the sessions. And by the start of the subsequent year, almost all the kids remembered what they had learned. Simply put, the volunteer program was a success.

From when I was young, I have been passionate about Biology and the Biological laboratory techniques that take advantage of this wonderful field. Specifically, I have been amazed by the lab technique that revolutionized pathology, criminology, cytology, and countless other fields. I am astounded by how it takes advantage of an intrinsic property of DNA to divulge extensive information regarding biochemical mechanisms. I am astonished by the extent of progress that it allowed the human race to achieve - from decoding the entire human genome to advancing fingerprint identification. This technique is none other than Gel Electrophoresis. I am inspired by technology that applies concepts from different fields because they exemplify the interconnectedness of science when attempting to resolve real-world issues. By ingeniously integrating the principles of biochemistry and electrostatics, Gel Electrophoresis separates DNA molecules by size, revealing information vital to forensic, legal, and biochemical comparisons. I am inspired by the variety of uses for this technology. Without Electrophoresis, COVID testing would be impossible. Without Electrophoresis, we would still be living in a world with a justice system relying entirely on testimony and questionable evidence. Without Electrophoresis, the advent of medicine would be precluded rendering our life expectancy much lower than it is today. Most importantly, the ingenuity involved in the discovery of Electrophoresis inspires me to learn whatever I can, regardless of the scientific field. In engineering, the overlap of subject areas is commonplace - so who knows, maybe the next technological revolution could emerge when seemingly incompatible ideas are merged out of the pursuit of curiosity, just like it did for Electrophoresis!

"Annoying." "Disruptive." "Overly talkative." "Nerdy." The words made my head spin. It was devastating. My mind shuddered as I gazed at the paper in front of me. I was participating in an activity in my 9th-grade health class, where every student was given a blank paper, and all the other students anonymously wrote what they thought of each other. As I internalized what was written on my sheet, it stung. I sat there reading the responses over and over again until the bell rang and I exited the classroom, consumed by grief. Walking into the hallway, I pondered about the time in Kindergarten when I threw a staple into the cage containing the class pet - baby chicks - after mistakenly thinking that a staple was edible. When I glanced at a vacant room near the isolated stairwell, I remembered how I was the last person to be chosen on almost every sports team or group project in primary school. Engulfed by my thoughts, I could vaguely hear the chatter in a nearby classroom, which reminded me of the incessant pointless questions I asked in every discussion in every middle school English class that I ever took. As I arrived at the next class on my schedule, the magnitude of what I had just learned sunk deep into my heart. As far as everyone in my world was concerned, I was just a very annoying person, with nothing valuable to offer to my community. Reeling from the weight of this news, I decided that it was time to change my personality. As my shame turned into determination, the events of that day marked the beginning of my personal revolution. I was dedicated to suppress my irritating demeanor. Over the next week, I wanted to peer over what other groups were doing during my History class, but I managed to successfully hold back that desire. By the end of the month, I had experienced many urges to ask something unnecessary in my English lectures for comic relief, but I decided to keep myself quiet. Through the course of the year, I always felt the desire to complain about my life, but I tenaciously prevented that from happening. My ultimate goal was stuck in my head: “I need to stop being annoying.” Each decision I made to mitigate my unlikable reputation was, in fact, a payoff; slowly but surely, I was giving myself another chance to become an amiable person. The journey was difficult, but the outcomes spoke for themselves. As the years passed, I was able to make new friendships when I thought friendships could never be made. For instance, I befriended the student who sat in front of me in my Spanish class, who had originally hated my irritating personality. Pursuing my passion for science, I immersed myself in competitive science clubs and let my work ethic and passion speak for themselves, building new relationships along the way. Every day, I made sure to show conscientiousness to everyone around me by always wearing a smile on my face. By the end of my junior year, my transformation had helped me gain an appreciation for others’ emotions and opinions while being perceived as a more likable and admirable person myself. Today, I am empowered by my ability to improve my behavior from every experience that forces me to socialize. Perhaps, if my health teacher never assigned the activity that pretty much ruined my day, I would still be the annoying kid that I was four years ago. Well, the activity may just have been the best thing I ever participated in.

"Annoying." "Disruptive." "Overly talkative." "Nerdy." The words made my head spin. It was devastating. My mind shuddered as I gazed at the paper in front of me. I was participating in an activity in my 9th-grade health class, where every student was given a blank paper, and all the other students anonymously wrote what they thought of each other. As I internalized what was written on my sheet, it stung. I sat there reading the responses over and over again until the bell rang and I exited the classroom, consumed by grief. Walking into the hallway, I pondered about the time in Kindergarten when I threw a staple into the cage containing the class pet - baby chicks - after mistakenly thinking that a staple was edible. When I glanced at a vacant room near the isolated stairwell, I remembered how I was the last person to be chosen on almost every sports team or group project in primary school. Engulfed by my thoughts, I could vaguely hear the chatter in a nearby classroom, which reminded me of the incessant pointless questions I asked in every discussion in every middle school English class that I ever took. As I arrived at the next class on my schedule, the magnitude of what I had just learned sunk deep into my heart. As far as everyone in my world was concerned, I was just a very annoying person, with nothing valuable to offer to my community. Reeling from the weight of this news, I decided that it was time to change my personality. As my shame turned into determination, the events of that day marked the beginning of my personal revolution. I was dedicated to suppress my irritating demeanor. Over the next week, I wanted to peer over what other groups were doing during my History class, but I managed to successfully hold back that desire. By the end of the month, I had experienced many urges to ask something unnecessary in my English lectures for comic relief, but I decided to keep myself quiet. Through the course of the year, I always felt the desire to complain about my life, but I tenaciously prevented that from happening. My ultimate goal was stuck in my head: “I need to stop being annoying.” Each decision I made to mitigate my unlikable reputation was, in fact, a payoff; slowly but surely, I was giving myself another chance to become an amiable person. The journey was difficult, but the outcomes spoke for themselves. As the years passed, I was able to make new friendships when I thought friendships could never be made. For instance, I befriended the student who sat in front of me in my Spanish class, who had originally hated my irritating personality. Pursuing my passion for science, I immersed myself in competitive science clubs and let my work ethic and passion speak for themselves, building new relationships along the way. Every day, I made sure to show conscientiousness to everyone around me by always wearing a smile on my face. By the end of my junior year, my transformation had helped me gain an appreciation for others’ emotions and opinions while being perceived as a more likable and admirable person myself. Today, I am empowered by my ability to improve my behavior from every experience that forces me to socialize. Perhaps, if my health teacher never assigned the activity that pretty much ruined my day, I would still be the annoying kid that I was four years ago. Well, the activity may just have been the best thing I ever participated in.

"Annoying." "Disruptive." "Overly talkative." "Nerdy." The words made my head spin. It was devastating. My mind shuddered as I gazed at the paper in front of me. I was participating in an activity in my 9th-grade health class, where every student was given a blank paper, and all the other students anonymously wrote what they thought of each other. As I internalized what was written on my sheet, it stung. I sat there reading the responses over and over again until the bell rang and I exited the classroom, consumed by grief. Walking into the hallway, I pondered about the time in Kindergarten when I threw a staple into the cage containing the class pet - baby chicks - after mistakenly thinking that a staple was edible. When I glanced at a vacant room near the isolated stairwell, I remembered how I was the last person to be chosen on almost every sports team or group project in primary school. Engulfed by my thoughts, I could vaguely hear the chatter in a nearby classroom, which reminded me of the incessant pointless questions I asked in every discussion in every middle school English class that I ever took. As I arrived at the next class on my schedule, the magnitude of what I had just learned sunk deep into my heart. As far as everyone in my world was concerned, I was just a very annoying person, with nothing valuable to offer to my community. Reeling from the weight of this news, I decided that it was time to change my personality. As my shame turned into determination, the events of that day marked the beginning of my personal revolution. I was dedicated to suppress my irritating demeanor. Over the next week, I wanted to peer over what other groups were doing during my History class, but I managed to successfully hold back that desire. By the end of the month, I had experienced many urges to ask something unnecessary in my English lectures for comic relief, but I decided to keep myself quiet. Through the course of the year, I always felt the desire to complain about my life, but I tenaciously prevented that from happening. My ultimate goal was stuck in my head: “I need to stop being annoying.” Each decision I made to mitigate my unlikable reputation was, in fact, a payoff; slowly but surely, I was giving myself another chance to become an amiable person. The journey was difficult, but the outcomes spoke for themselves. As the years passed, I was able to make new friendships when I thought friendships could never be made. For instance, I befriended the student who sat in front of me in my Spanish class, who had originally hated my irritating personality. Pursuing my passion for science, I immersed myself in competitive science clubs and let my work ethic and passion speak for themselves, building new relationships along the way. Every day, I made sure to show conscientiousness to everyone around me by always wearing a smile on my face. By the end of my junior year, my transformation had helped me gain an appreciation for others’ emotions and opinions while being perceived as a more likable and admirable person myself. Today, I am empowered by my ability to improve my behavior from every experience that forces me to socialize. Perhaps, if my health teacher never assigned the activity that pretty much ruined my day, I would still be the annoying kid that I was four years ago. Well, the activity may just have been the best thing I ever participated in.

It was breathtaking. Before my eyes, on the projector screen in my science class, was the most fundamental aspect of living tissue. Surrounded by a web of fibers and immersed in a fluid containing vital nutrients was the cell: the basic unit of life. As the teacher flipped through similar images, I was awestruck by how such primitive entities enabled life to be possible. The next summer, while wandering through my neighborhood and observing the trees towering above me, the grass forming the greenery below me, and the insects that thrived amongst the grass, I was struck by intense wonder once more. How could such a diverse array of organisms be made from the same primitive unit? Embracing the mystery, I encountered the ultimate secret of biology: the cells interacted in different ways to form different kinds of tissues, these tissues worked with each other to form a single organism, and each organism had its own role in the intricate ecosystem that surrounded me. This rise of complexity from the fundamental components that compose it defines an emergent property: an intrinsic aspect of biological systems that I am always intrigued by. Entering high school, my astonishment about emergent properties drove my passion for biology. I soon found myself part of competitive science teams where I specialized in biology-related topics. My favorite was the Designer Genes event in Science Olympiad since the emergent properties shone through: the interactions between genes govern an organism's traits, and the global variety of these attributes drives biodiversity. As the years went on, the summer programs and competitions that I participated in immensely heightened my appreciation for biology and the emergent properties that define it. Today, I do everything I can to pursue my love for biology with like-minded individuals; joining the Biomedical Engineering program as an undergraduate enables me to follow this passion more intensely. Being a Biomedical Engineer, I would embark on a journey to drastically improve medicine and health care while discovering more of the amazing emergent properties that make up our world with equally driven individuals. Due to my devotion to problem-solving and critical analysis, I have a keen interest in utilizing computer science and machine learning to improve the technology that exists today, as well as immersing myself in innovation and originality. I have already had ideas regarding the use of simulations keeping track of absorbance, thermal conductivity, and pH to analyze gastrointestinal activity and other physiological mechanisms. I am also actively seeking research in order to become part of the development of cutting-edge biomedical technology. With my relentless devotion to Biology, emergent properties, and problem-solving through computer science, a degree in Biomedical Engineering would allow me to contribute greatly to the advancement and evolution of medical technology.

It was breathtaking. Before my eyes, on the projector screen in my science class, was the most fundamental aspect of living tissue. Surrounded by a web of fibers and immersed in a fluid containing vital nutrients was the cell: the basic unit of life. As the teacher flipped through similar images, I was awestruck by how such primitive entities enabled life to be possible. The next summer, while wandering through my neighborhood and observing the trees towering above me, the grass forming the greenery below me, and the insects that thrived amongst the grass, I was struck by intense wonder once more. How could such a diverse array of organisms be made from the same primitive unit? Embracing the mystery, I encountered the ultimate secret of biology: the cells interacted in different ways to form different kinds of tissues, these tissues worked with each other to form a single organism, and each organism had its own role in the intricate ecosystem that surrounded me. This rise of complexity from the fundamental components that compose it defines an emergent property: an intrinsic aspect of biological systems that I am always intrigued by. Entering high school, my astonishment about emergent properties drove my passion for biology. I soon found myself part of competitive science teams where I specialized in biology-related topics. My favorite was the Designer Genes event in Science Olympiad since the emergent properties shone through: the interactions between genes govern an organism's traits, and the global variety of these attributes drives biodiversity. Following my passion for Biology, I co-founded BioScience Collective (BSC), a nonprofit organization devoted to assisting students in STEM-related exams and encouraging students to engage with research through live streams, preparatory articles, and academic discussions. As the years went on, the summer programs and competitions that I participated in immensely heightened my appreciation for biology and the emergent properties that define it. Today, I do everything I can to pursue my love for biology with like-minded individuals; actively participating in a Biomedical Engineering program enables me to follow this passion more intensely. I am especially fascinated by the research done by scientists such Dr. Joel Bader’s team from Johns Hopkins University, where the team utilized emergent properties to identify specific genes correlated with the disorder. I am also amazed by the work done by Dr. Gene Robinson from the University of Illinois - Urbana Champaign, who analyzed the emergent properties of nerve cells to link Gene Regulatory Pathways to the activity of Neural Networks. I would love to be part of such projects, as I can discover more of the amazing emergent properties that make up our world with equally driven students - while spreading this passion to my learning community at any institution that I attend.

It was late at night. But I was awake, processing and analyzing the problem in front of me, while my mind applied multiple strategies simultaneously. The mess of numbers and letters seemed impossible to disentangle, but I was determined to find the solution. I glanced at the diagram once more, and an epiphany struck me with intensity. The constants cancel out if I add the equations! With a surge of dopamine filling me with excitement, my will plowed on, as I wrote one line of reasoning at a time, down on my scratch paper. After a couple of lines, the expression boiled down into an elegant statement. x = 7. I calmly entered it into the text box. The enjoyment was persistent, precious, priceless. This is something I do on a near-daily basis. My quest for problem-solving through logical reasoning motivates me to become the best version of myself, despite the failures that I experience at times. As such, any situation that makes me have the opportunity to think at a higher level - whether it be doing competitive math problems, assisting my peers in their coursework, or even curiously analyzing the world around me - would be something that I would seize to take my brain to its limits. Most importantly, my love for problem-solving drives me towards my main aspiration: solving the world's problems through mathematics, a field that embodies and exemplifies the goal to understand the universe through critical and analytical eyes. By pursuing a major in Mathematics, I can use the experience I gain to internalize the intricacies of our universe - the enigma of gravitational waves, the convoluted mechanism of Cancer, or the perplexing nature of human psychology - thus allowing me to peer at our world to a depth never achieved before.

The mind is like an apple. The mind grows just like an apple ripens. If we give the apple more hormones, it will ripen more. The ripening triggers more hormones to be released, and the cycle continues. The mind grows just like this. When I was young, my parents introduced me to the competition that overshadows the academic world. They warned about how important it is to my future, and how much effort and stress goes into overcoming it. My immature mind, not understanding these warnings from my parents, became unaware of the academic and social expectations of the world outside my home. I attended school every day. Being in primary school, I was lax, mostly oblivious to my academics and my future. I confined myself to my own thoughts and interests, isolating myself from the opportunities provided by the world around me. In essence, I was indifferent to the competition that my parents had introduced to me, which made me unaware of my academic performance and inflexible to learning new concepts and adopting new habits. During my 6th grade orientation, I was introduced to the class schedule - a table dictating which classes I was to attend on a daily basis. I noticed that my classes were labeled with a "2" and, out of curiosity, I compared schedules and questioned others about what the "2" meant. After collecting a couple of responses, the truth was clear and the revelation struck me with brutality. In a building teeming with inquisitive and ambitious minds, the "2" meant to me that I failed to work up to my true potential to attain academic success. Having been washed over by my own incognizance, I realized that I was stuck in the imprisoning riverbed of a river that leads to the ocean of success and self-fulfillment - a river that was the byproduct of the pitiless competition. Being placed in classes that did not meet my academic desires, I made it my objective to escape the riverbed. I started to spend my days self-learning advanced math concepts and applying the material into my everyday life. I replaced my time watching movies with time spent viewing science tutorials so that I could excel in my STEM courses. I spent my summers and weekends repeatedly doing challenging questions and learning from my errors. I spent my afternoons revising lessons and organizing complex study routines to efficiently prepare for assessments. To my surprise, I was finding my work paying off. I was finding myself, slowly but surely, swimming through the river, one stroke at a time. I was finding myself winning the battle - the battle against the dark riverbed that entrenched me in the grasp of academic oblivion. I realized that my mind had evolved into something that it never was before. I had given my mind something similar to the hormone that causes the apple to ripen. I had given my mind the ability to grow, learn, and achieve in a repeating cycle. I had given my mind motivation. Every year, I improved and made better use of my potential. Being fueled by motivation, the neurons in my mind formed more connections, increasing my memory and creativity. I built myself to be qualified to join advanced courses and thrive in them. I made myself practice competitive math every day to become a problem-solving machine. I encouraged myself to join competitive groups like Science Olympiad as I sped through the river of ambition with like-minded individuals. In essence, I shaped myself into who I am today - a lover of science, learning, and intellectual growth. Now, I stand here and look to my future, the ocean of possibility, and wield my weapon, my unbridled motivation, to the challenges that lay ahead of me to overpower, surmount, and make a change in my world - a world full of apples that are about to ripen.

"Annoying." "Disruptive." "Overly talkative." "Nerdy." The words made my head spin. It was devastating. My mind shuddered as I gazed at the paper in front of me. I was participating in an activity in my 9th-grade health class, where every student was given a blank paper, and all the other students anonymously wrote what they thought of each other. As I internalized what was written on my sheet, it stung. I sat there reading the responses over and over again until the bell rang and I exited the classroom, consumed by grief. Walking into the hallway, I pondered about the time in Kindergarten when I threw a staple into the cage containing the class pet - baby chicks - after mistakenly thinking that a staple was edible. When I glanced at a vacant room near the isolated stairwell, I remembered how I was the last person to be chosen on almost every sports team or group project in primary school. Engulfed by my thoughts, I could vaguely hear the chatter in a nearby classroom, which reminded me of the incessant pointless questions I asked in every discussion in every middle school English class that I ever took. As I arrived at the next class on my schedule, the magnitude of what I had just learned sunk deep into my heart. As far as everyone in my world was concerned, I was just a very annoying person, with nothing valuable to offer to my community. Reeling from the weight of this news, I decided that it was time to change my personality. As my shame and misery turned into determination, the events of that day had marked the beginning of my personal revolution. I was dedicated to suppress my irritating demeanor. Over the next week, I wanted to peer over what other groups were doing during my History class, but I managed to successfully hold back that desire. By the end of the month, I had experienced many urges to ask something unnecessary in my English lectures for comic relief, but I decided to keep myself quiet. Through the course of the year, I always felt the desire to complain about my life, but I tenaciously prevented that from happening. My ultimate goal was stuck in my head: “I need to stop being annoying.” Each decision I made to mitigate my unlikable reputation was, in fact, a payoff; slowly but surely, I was giving myself another chance to become an amiable and enjoyable person. The journey was difficult, but the outcomes spoke for themselves. As the years passed, I was able to make new friendships when I thought friendships could never be made. For instance, I befriended the student who sat in front of me in my Spanish class, who had originally hated my irritating personality. Pursuing my passion for science, I immersed myself in competitive science clubs and let my work ethic and passion speak for themselves, building new relationships along the way. Every day, I made sure to show conscientiousness to everyone around me by always wearing a smile on my face. By the end of my junior year, my transformation had helped me gain an appreciation for others’ emotions and opinions while being perceived as a more likable and admirable person myself. Today, I am empowered by my ability to improve my behavior from every experience that forces me to socialize. Perhaps, if my health teacher never assigned the activity that pretty much ruined my day, I would still be the annoying kid that I was four years ago. Well, the activity may just have been the best thing I ever participated in.