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I am a scholar and a fixer. Learning new things and solving problems are two things I find myself devoting the majority of my brain power to, not because I have to-- but because those are things I genuinely enjoy. My heart (and my brain) call me to science and math because they speak equally to my curiosity about the world and to the analytical side of me. The pursuit of knowledge never stops, not for me at least. The more I learn about the world the more I realize I do not know nearly anything, which just makes me crave to know more. And with more knowledge, comes more problems in my wheelhouse which I can solve. There is something so uniquely soothing about finally figuring out a problem; whether it is the solution to a complex mathematical problem or just the answer to a simple “why is this happening?” question. It is a euphoric high I could spend my life chasing. I yearn to understand everything I possibly can about the world. My love of science stems from the fact that we can use it to understand (almost) all of what we see around us. …show more content…
I am an explorer.
One area I am extremely passionate about is outer space. Since I was a child, I have always looked at the stars with a sense of awe, wondering “what could possibly be out there?” Still, I retain that sense of wonder when I read about new advancements and discoveries. The unfathomable vastness of space never ceases to knock me off my feet. One particular point of fascination is black holes: massive, unrelenting voids which we still understand little about. One reason I am drawn to them (aside from their inescapable pull), is because we know so little, there is so much to discover, there is so much to explore. Space is full of unsolved problems and unexplained phenomena, just begging for order to be extracted from their
chaos. I am an advocate. Law is a passion I have always been drawn to for a myriad of reasons, the first being that I am not afraid of an argument. Dare I say I actually enjoy it? My Mother always swore I could and would argue with a blank signboard. While that may be an overstatement, I certainly am not afraid to fight for what I believe in. It is important to stand up for what you believe is right with so much injustice in today’s world. Nothing makes my blood boil like the heat of injustice. Though it may seem contradictory, another reason I am pulled to the study of law is the ambiguity of it. Ambiguous laws make for ethical gray areas, which are an interesting caveat of the law to explore. A big debate that comes up in courts is morality vs legality-- the abortion debate is a fantastic example. Some may consider it immoral, but does that mean that it should be illegal? In my opinion, courts should regulate legality exclusively, morality is a debate that should be left to one's own conscious. This philosophy seems to be falling out of favor in the legal system, putting the rights of those who may not share the same moral views of those in power in jeopardy. Majority rule with minority rights is a fundamental principle of democracy, a principle which people in the legal system must fight to protect. Ethically ambivalent issues are one of my favorite topics to debate, as they connect both my love of law and my love of mental challenges. I am uniquely me-- weird intellectual passions and all. I am a thinker, researcher, and explorer all rolled into one.
...exploring ideas that interest you. We need more scientists who are willing to go against the grain and challenge our current understandings of the world. This is how scientific discoveries are born.
I would continually ponder over questions on the mechanics of nature and human beings. Science has always been a main focus of mine. I distinctly remember when my parents bought our first computer when I was six years old. On the computer I would always be watching videos or reading on science topics. I would always be conducting my own science experiments. The reaction from mixing baking soda with vinegar to form a volcano would always amaze me as a child. Growing up I would continually and consistently add to my knowledge of science through the tough courses I would take in school. I am able to look back into the memories of my younger self and understand why baking soda and vinegar, when mixed, form an eruption. I show a heavy interest in science because of how it applies to the real world and how nearly every question about the universe we live in could be answered b science
Waving to my teammates as I walked out of the tennis courts, the reminiscence of a smile appeared on my face after winning a close match. A freshman teammate joined me and I heard her take a deep breath as soon as we were out of others’ earshot, muttering something nervously. “I’m sorry, what was that?” I asked a little too loudly, the excitement still buzzing. She mustered courage and made sure to speak clearly this time: “I’m being bullied, and I feel so trapped that I only see self-harming as my way out.”
I’m an electrical engineer who created the first kind of computer memory without the need for mechanical parts. After that, I started my company, Wang Labs, and I became an entrepreneur in word processors and desktop calculators, both of which were very new at the time. If you didn't know, word processors were primitive computers that could only be used to write. I liked math and science, and was very proficient at them when I was in grade school and barely bothered with the other classes. I even skipped them sometimes, but I always got an A on the exams, which got me through with higher grades.
Every day we look into the night sky, wondering and dreaming what lies beyond our galaxy. Within our galaxy alone, there are millions upon millions of stars. This may be why it interests us to learn about all that we cannot see. Humans have known the existence of stars since they have had eyes, and see them as white glowing specks in the sky. The mystery lies beyond the white glowing specks we see but, in the things we cannot see in the night sky such as black holes.
I have always been fascinated with science-oriented interests. I remember being young and intrigued by the complexity of the human body. As I grew, puzzles and critical thinking became essential to my learning process.
When I was younger, my mom had a tradition of always taking us out into the middle of nowhere in the middle of the night to watch meteor showers, comets, and anything else you can see in the sky with the naked eye. At a young age, I knew all about the constellations and about other galaxies in the universe. You could definitely say I was a space nerd. It always reminded me how tiny and insignificant my life is compared to the vastness of the universe. It's really a beautiful thing. However, there was one thing that always terrified me. Black holes. Not the kind that you consider your dryer to be when you come out with less socks and you put in. I'm talking planet-swallowing black holes randomly placed in outer space. For the space explorer such as myself, I'm going to tell you about three of the most interesting black holes that I've
I cannot think of an exact or simple reason why I want to study STEM (science, technology, engineering and math) or pursue it as a career. I guess you could say that I have always had a love for science and math. As a kid I learned as much as I could. I spent my time collecting bugs, memorizing star constellations, and creating little experiments. I fueled my curiosity in the summer by going to 4-H camp and taking their classes on small animal science, plant growing, and CSI. My mother's job as a physical therapist fascinated me. I loved going with her and interacting with the patients. I loved the idea of helping people get well and returning to their normal activities. In high school, I took AP science and math courses. During my AP Biology class I fell in love with anatomy and human development.
Like the boundaries on earth, mankind has always looked to the sky in awe for it seemed boundless in its ever growing horizon. Out of all the cosmos that’s being found and discovered every day, there is one object that stands to elude scientists still, the black hole. Albert Einstein, and all the brilliant scientists after his, help to design and create a part of the universe that’s very crucial to understanding existence. The perimeters of a black hole have been a great this that has been discussed and observed to the point where it eventually becomes clear as its compared to objects around or like it. The physics of the black holes existence is still unclear for it shows properties that support Einstein’s theory and quantum mechanics, but at the same time breaks them both.
Black holes are the result of the death of a massive star, leaving behind a dense remnant core that eventually collapses to create a gravitational force so strong that nothing, including light, can escape the force. The theory that black holes existed started back in the early 1900s and since then astronomers and scientists have been trying to get a better understanding of them. This phenomenon has been a working progress for astronomers and scientists for many years and as we develop a better understanding of our solar system, the more likely it is to make a significant discovery that can answer some of the most difficult questions about our incredible galaxy and solar system. The more information we are able to acquire about our universe, the more questions we might be able to answer about our existence. With advancements in technology we may be able to see some significant discoveries and insights into the world of black holes.
There are many things that can cause a significant change in someone’s life. Things can change someone’s life in an instant, while some will slowly change someone’s life over time. Some changes are for the better, and some can be for the worse. In stories like the Outsiders and A Christmas Carol: Scrooge and Marley, we had seen the characters’ lives change throughout the story. Some of the main things that can change someone’s life are moving, a close person to you dying, the people around you, and the events that happen.
I love solving problems and being challenged intellectually. Therefore, discovering the solution to a difficult problem provides a sense of accomplishment. It is extraordinary how numbers intermingle and enables one to view the world in new ways. As a young student, I demonstrated a strong sense of academic excellence with a passion for math and science. As a matter of fact, my peers voted me “most likely to find a cure for cancer”. Admittedly, at the time, I voiced extreme disappointment because, like all fifth graders I hoped to be voted the rock star, actor, or Olympic medalist. Although, in retrospect, that vote fits well with my desire to become a chemical engineer. Furthermore,engineering not only satisfies my intellectual curiosity,
I’m a calm person, who thinks arguing with someone is a waste of time. From a small town, not from a rich family or perfect one. I’m big on law enforcement and the military. Love being involved in activities outdoors, and a softy for animals. I work my hardest, when I really want to give up, I force myself to finish what I started. When I grow up I want to be a military dog handler.
Throughout my high school years, most nights ended with me hunched over homework, with sliced fruit, given to me by my dad in a bowl as apology, washing away the taste of tears from my mouth.
As for science, I have always had a passion for it, always been interested in finding solutions to problems. Whether that be STEM related, people related or otherwise. You give me a problem, most of the time ill attempt to d...