


About Uzbekistan
Uzbekistan is a landlocked country with a landscape that resembles a bowl. The capital, Tashkent, is located at its eye. This region of the world has historical roots in the Silk Road, as well as influences from Mongolia, the East, the West, and the Middle East. It has been part of the russian empire, and the USSR. The result of these influences has been that of a culture entirely of its own definitive stance globally and distinct- this being that it is a predominantly muslim population that can speak Russian, trade with china, which has recently installed a a railroad connecting for commerce, a modern day invention to support a centuries old practice of commerce, above Uzbekistan is Khazakstan, a curcial area for russia's nuclear program, having much plutonium and uranium. It is also where our story starts.
Immigration & a Short Summary
My family moved from Uzbekistan in 2012 due to my father being the target of unlawful incarceration as a result of governmental corruption. He had to decide within 48 hours to leave behind his relatives, friends, and all that he had known and grown up with in exchange for his freedom and his presence in his family's life. He had lost his father to cancer 2 months before he had to flee. He then began his life in America with his own form of stage 3 cancer. He had been so stressed and wound up over his affairs in Uzbekistan that he had overlooked his own deteriorating health. Now in America, he was rushed to the emergency room at the Williamson County Medical Center, and it was there that he was diagnosed. I was about 4-5 years old.
In the following years, we moved from one place to another just about every year or two. Growing up, I attended four different elementary schools due to my father's frequent job changes. I played with just about everyone in my new neighborhoods and school. In the time since we had moved to America, we had lived in Virginia, Tennessee, and Florida. Over this time, my more notable interests had become 3D printing, Minecraft, building things from sticks or leftover garage bits, and Rubik's cubes (I had about 10 different variations).
In middle school, I found the classes relatively uninteresting, so I turned to my own form of entertainment. I would bring my bag filled with books and a mini chess set. Every day, if I were not reading my literature collection, which was on topics of history, a few notable literature pieces, psychology, or a book on science, I would pull out my mini chess set and play anyone interested. At first, I would get in trouble for doing so in the middle of my lessons, but eventually the teachers stopped asking for my attention. During this time, I developed a greater interest in art after learning about concepts such as color theory, art history, specific painters, and linear perspective. Over the course of COVID, I spent almost all of my time on projects involving 3D printing. Following COVID, I began selling some of my own projects, including cups, puzzles, and toys, to the students at my school.
Our Life In America
My father beat cancer; he slowly recovered and began to work at Domino's with my mother. Following this, he began to operate a trucking business. The trucks would constantly break down and be out of service. He would also drive the trucks to better help the buisness income. Our mom would look for help part-time, but was predominantly focused on raising us and keeping us entertained. After a while, my father's trucking business was not having much success, so he began applying for jobs. He landed one in Florida, working in IT.
We moved around when I was about 7 to 8 years old to Florida. I began 2nd grade at a new elementary school. My most considerable fascination, of course, was megalodons, but I distinctly remember the first instance of a rocket being shown to me in a book in my teacher's class. It was fitting since Cape Canaveral was not so far away. I didn't think much of it at the time, but it was still a rather odd spectacle to someone who had no clue as to the function of a rocket. A tall white pillar, with heaps of smoke and fire as a result of an effort to create a thrust that rivals natural disasters. Florida was always warm, and our neighborhood was very inviting.
I spent much time either on our trampoline or in the pool. My friend, Paulo, and I would try to engineer ramps and courses as little race tracks for his go-kart to race my bike. My father began to revamp the house we were living in. He bought lovely sets of hardwood flooring and began to demolish the old floors. This was a lengthy process; he would section off a piece of the house, then apply a sandstorm-colored liquid to the floor for adhesion, and slowly begin inserting each piece of hardwood one by one after coming home from work. After months of this routine, he had completed our house. At some point, he was removed from his job. He was lost for what to do; he had no business, and his Uber job pay was minuscule in comparison to the cost of living. He had a significant deficit and was unable to support us there. His renovations were fortunately helpful, as he was able to sell the house for a sizable profit.
We moved back and began to rent a condo in Brentwood, Tennessee, again. We were essentially back where we had started a few years prior. This time, however, he had contacted an Uzbek businessman, and he was allowed to participate in a joint venture to operate a car business. The building was an old house that had been left vacant; the businessman had previously used it. There were overgrown weeds scattered throughout the lot. The concrete was slanted and uneven; the house itself was not level, nor was it very nice to look at. The paint was chipping, and the metal piping was rusted. The lot itself was very narrow, but my father managed to squeeze a car into every available space. He began to step into the world of used-car selling. He worked very hard; he would leave at dawn and return very late, sweaty, grimy, and exhausted.
My brother and I helped out; we would spend weekends cleaning cars. Now, when I say cleaning, I don't mean a little polish up; these were dreadful cars. Each car had its own story, each was littered with one or another form of grime, pollution, hair, unexplained substance, and fast food. We did everything by hand, which meant scrubbing the cloth seats until our arms wore out. I was about 9 years old at the time. We used Awesome Cleaner. It is a good product, it's affordable, and it will remove almost anything if you apply enough of it. The issue is it's a chemical that has a distinct, strong chemical presence, mistified into the air, it sticks to the ceiling of the car, or floats in the hot, airless cabin of a Tennessee summer, or it sticks like a wet, cold, unpleasant puddle in a Tennessee winter. No matter what you wear, a mask for your lungs, latex gloves for your fingers, and goggles for your eyes, it has a way of finding its way back into all parts of your body.
The yellow substance would foam, and we'd leave it for a few minutes before proceeding to the small compartments, which included cup holders. We'd use a cloth with a pointed tip to work on the vents and other small areas. These were the worst, it wouldn't take long for the latex gloves to become an uncomfortable nuisance, they would swell with a thin layer of sweat, and I'd usually take them off. When done, the chemical would seep into my finger pores until they became shrivelled. Every millimeter of every car needed the chemical. Our microfiber cloth towels would become infested with the chemical and become drenched, so we'd go through 5-7 towels for every cleaning. These would take between one and three days for a single car. Because it would be so hot, I would sometimes take off my mask and begin work. A wrong spray, just a little too close to my mouth, and I would start a fit of coughing until it eventually ended with me gagging and spitting on the floor. We would use pressure washers for the car's exterior, its metallic interior, including the metallic outer rim of the car doors, and the rim and hinge points of the metal lining the entrance into the seat. We'd get our fingers into every rusted section of rim and cleanse grime with soap. We, of course, benefited from working for our father, such as not having to worry about food. We'd come back with him on weekends, tired and covered in substances that were either a form of grime, sweat, or chemical residue. At the end of a car's cleaning, we earned $50.
I began to save up, and when I had around $200, I could finally buy myself a 3D printer. I had become obsessed with them. The thought that you may create any object you want, and manipulate a machine that may, in turn, manipulate matter to constitute almost anything you could think of, as long as it was within the printer's bed size, was nothing short of a miracle to me. See, while at the condo, I had begun to tinker; we had a sand belt and a few tools for wood cutting. With these, I had started making toys. I would gather materials and spend afternoons slowly making my toy, then sand it, and finally prime and paint it. I had also begun to hydrodip. These brought more joy to me than any Nerf gun or toy that had been manufactured because I had made it.
I purchased the Anet A8 3D printer for $180 from China, with an additional $80 for shipping. I was extremely excited to receive it; the thought of it would cloud me with so much joy, but it did not come for months. When it did, I couldn't wait to bring it home before unboxing it.
As it often does in Tennessee summers, it was raining. I was outside my father's business shop when I finished up for the day. I had put the vacuum away, neatly coiled the power washer, and put the tools and cloths in the red tool swivel cart. I was walking in from the dark. The various glues, power drills, extensions, tapes, and car parts lined the left side of the shop. Right above was a light fixture, which was illuminating a slightly worn package at the center of the room. It was a box with Chinese lettering on it, and it was probably a quarter of my total size. My father warned me not to open it there, but the white circular desk had a machine that could make me anything I could dream of. So, of course, I began unboxing it. Immediately. The result was an extremely confused 9-year-old with a tangle of intricate wire, motors, and acrylic pieces. I started to assemble it, but then I began to disassemble it because I had assembled everything up to that point incorrectly. I lost a piece, but then I found it. The process continued in this manner until my father was finished for the day. I packed everything back into its original box in a huge mess, and I carried it to the car with a massive smile on my face. When I got home, I unloaded it into my room and went at it again. A few weeks passed, and the printer, well, it didn't print. I had gotten to run successfully once. This single success was again... complete ecstasy, but it was just the basic x,y,z cube that tests the printer, and it was rather horrendous. When I went to school, I would try to have conversations solely about the printer, but, of course, I had trouble finding anyone enthusiastic about it. I once talked about it with a girl I sat on the bus with, and she told me her mother had a printer as well. I was almost jumping with joy, but I had a suspicion that she meant a standard printer and did not understand the jargon I was spouting. I began to become bummed about the whole situation. I had burned the tip of my fingers countless times on the heat bed and nozzle while messing with it, and had researched for many hours to find specific ideas as to why it may not have worked. I would find videos with 12 views, and electrical ideas and engineering that were very foreign to me, and were not being explained in the video either. Nonetheless, I would try to mimic the videos, but I found that I did not have access to things like soldering equipment. So, I would research more and buy parts online, only to find that again, they required knowledge I did not have to continue. If I made progress, it typically lasted about a day before the printer stopped working again. It had not occurred to me that a $180 printer from China may not be the most quality-oriented product. I eventually returned it, but I was not disheartened.
During the summer of 4th grade, I became interested in Rubik's Cubes, so I bought one. I quickly found it impossibly puzzling to solve, so I searched for a solution. It required the use of something called an algorithm. I didn't pay much attention to the word, but I understood that if I found a pattern that worked with a set combination of moves, I would then only have to execute another set number of specific moves. In this way, I solved my first Rubik's Cube. It didn't take long before I memorized the whole sequence. I found myself quite bored, however, with constantly undoing and redoing the same cube. I then bought about nine different cubes.
Contrary to the name, these were in the shapes of dodecahedra, tetrahedra, and other cubes ranging from 2x2 to 5x5. My favorite was a silver 3x3 cube that required the same logic as the original Rubik's cube, except that it was utterly void of any other color; you solved it based on the shape's alignment. That summer I memorized all the various algorithms for each puzzle and it felt like a super power. I could take a puzzle so complex in its iterations and, with simple movements, transform it into a collapse of organized certainty.
In 2018, we moved to a house in Franklin, Tennessee, located in Williamson County, a charming place nationally recognized for its high quality of life. My parents were on the fence about it; it was a significant investment, but the prospects of settling down and the incredible education won them over. For me, at the time, the bonuses were obvious: a pool and a slide. I could not believe that we had slid; it was incredible. Our first memory at the house was sitting down to eat donuts and celebrate the substantial transition in our lives.
Before COVID, I had bought and returned multiple cheap printers because they didn't work. Now I was onto my fourth printer, called the Adventurer 3 Lite by FilamentForge. Commercial printing had improved exponentially over the past three years, and this one worked immediately. I needed a personal PC to run CAD software and input slicer data into the printer, so I began researching. I once again saved up money and bought the parts. I was able to build the computer and get it running, and start the next step of my 3D printing journey. By this point, I was about 11 or 12 years old, in 6th grade.
I spent much of my COVID-19 break playing games, watching Studio Ghibli films, and tinkering with my 3D printer. I would try new filaments, create shoes, props, gadgets, and toys for my cousins. I found the sharing aspect to be much more rewarding. So I began making flower vases, pots, phone holders, soap holders, and other various household items to share. I once even gave my mom's office all purple, sparkling, elephant-shaped phone holders. When school started again, I began selling puzzles and miscellaneous items. I would sell them relatively cheaply, a Kim Jong Un cup was bout $8, and an Among Us prop was about $5. I made them affordable to attract customers, because secretly, I loved creating, sanding, and coloring the products. I would paint them in the grass, and I would find the props on the cardboard, covered with morning mildew from the surrounding grass. The selling part was really just out of curiosity. During this time, my robotics teacher had taken notice of my interest in machinery, and I joined the Vex Robotics team for Grassland Middle. This was my entry into robotics and sparked my interest in engineering.
Physics
What I enjoy about physics:
Physics presents in itself much more than theoretical application through mathematics or observation. It has foundational knowledge that overlaps with philosophy. Many of the theories and laws stated within physics can be regarded as upheld by details that pertain to timeless wisdom. Every single explanation and exposure to concepts in physics feels much more like an expanding unveiling of a grand unification, because such different behaviors are subject to much of the same concepts or laws as their bedrock. Take, for example, momentum and its role within thermodynamic systems, dissipation of thermoenergy, electrons, or photons. It's incredible how many interactions are actually caused by momentum's effect and how counterintuitive this is for massless photons in particular.
These lessons don't just expand gradually; they explode, causing the viewer to orbit and become lost in the implications and details of what they already know or don't. The best part is that it's still subject to scrutiny and contradiction, and this opens a door to peer deeper as though a great story is being told.
Its satisfaction can be found in the door it opens for creativity. I understand that most students would probably say that solving a physics problem is what gives them satisfaction, but if that were true, I don't think I'd be doing physics. If everything were solved and done, we'd all be more knowledgeable about it, but pretty bored at the
A few favorite lessons thus far:
Rotational Dynamics:
There was much information covered, but relating the center of mass to different forms of energy was very new and interesting. And I have a suspicion that these dispersions of mass and their resulting energy output will be built on later for other branches of physics. I say this because we are covering electricity, and I am now getting exposed to electrical energy, electrical potential, and other new forms of energy. And I suspect the way that mass is fixed will play a role in the energy outputs.
Buyancy:
Just a cool topic in general, the boat- coin tossing and water level example is still a little mind-bending.
Entropy:
It must have been fun to be Boltzmann; this idea of entropy is very novel and provides a metric to understand macrosystems from microsystems. It’s pretty incredible that such an intuitive way to measure possibility has been created and that, furthermore, it works flawlessly to explain much of how particles interact and cause a great averaging. The fact that entropy is highest when a system is at equilibrium is another one of those kinds of mind-bending ideas.
Around the end of Sophomore year, I realized that I enjoy science far more than all other subjects because of Chemistry. And in Junior year, I realized that I like physics more than any other science. And now, in my Senior year, I have found that I am absolutely going to do something with physics.
Applying/ the Major I wish to study:
I have narrowed down my major to 3 distinct regions of physics:
Rockets, Nuclear engineering, and Quantum physics applications, i.e., telecommunications or lithography.
Now I am pretty stuck here. If only I could build a rocket that uses a nuclear engine, and interacts through a computer system that is quantum-based…
But the gist is I am most definitely doing some form of physics and engineering.
