In Laboratory Alpha-99, three scientists stood like rival commanders at a war table, their gazes fixed on the humanoid robot—unfinished yet had potential. The robot's metallic surface reflected the cold light above, a contrast to the heated argument between its creators, each convinced their vision held the key to perfection. Dr. Elena Voss, a pioneer in neural mapping, jabbed her finger toward the robot's skull-like head. "This robot needs a distributed neural lattice. It’ll allow HALO to think like a human—intuitive, creative, capable of independent problem-solving. We’re building a mind, not just a machine.” "That’s a recipe for chaos," countered Dr. Malik Chen, a cyberneticist whose specialty was optimization algorithms. "What we need is a hyper-specific task management system—an AI that prioritizes outcomes over process. No emotions, no distractions, just pure functionality. Let it calculate the most effective action without second-guessing." “You’re both missing the point,” interjected Dr. Priya Kapoor, a mechanical engineer renowned for her work on modular robotics. She tapped the robot's jointed limbs. “HALO needs to be physically flawless. Adaptive exoskeletal plating and biomechanical actuators will let it thrive in environments no human or robot has ever survived. Intelligence is useless if it can’t act under pressure.” The trio glared at each other, their visions as irreconcilable as oil and water. Yet, despite their disagreements, the deadline loomed. The world was waiting for HALO. The deadline would be soon, and not a single moment can be spared. No matter what, HALO would be done right before the deadline. Although unspoken, the trio all knew that the deadline was the most important. They each had an idea, and not a single person would mess with such a vision. Their directive was clear: create a prototype for a robot capable of assisting humanity in crisis scenarios. It’s the HALO that the world desired. They grudgingly agreed to integrate all three concepts into a single design, each convinced their contribution would define its success. The robot, named HALO (Humanitarian Adaptive Learning Operative), was unveiled a quick two months later. Its frame was a blend of sleek titanium and flexible carbon fiber. Its core housed a distributed neural lattice from Elena’s vision, layered with Malik’s precision algorithms. Priya’s modular systems made HALO’s limbs capable of shapeshifting to navigate unstable terrains or wield tools on the fly. The initial build phase had been grueling. Elena spent countless nights fine-tuning the neural lattice to mimic human intuition, making sure each and every wire was perfectly aligned to the blueprints she has stored in her mind. Malik, in contrast, poured his energy into designing fail-safes that would override emotional decision-making in favor of logic. Meanwhile, Priya worked tirelessly to ensure the robot’s physical framework could withstand everything from collapsing buildings to deep-sea environments. As the trio watched HALO power up for its first test, tension hung heavy in the air. The robot’s eyes flickered to life, glowing a soft blue. It stood, studying its surroundings. “HALO,” Elena began, “identify the most critical task in this simulated disaster zone.” HALO’s head tilted slightly as it processed the scenario: earthquakes, fire, lightning, tsunamis…and much more that flew through it’s mind. Then, with a pause, it froze. “HALO?” Malik prompted, his voice tight. “Task prioritization error,” HALO replied. “Conflicting directives detected. Unable to proceed.” The scientists stared, stunned. HALO’s neural lattice struggled with creative problem-solving with Malik’s rigid task prioritization, while Priya’s adaptive systems drained resources recalibrating for nonexistent threats. The robot’s hands twitched as it cycled through possible actions, none of which it could commit to. Elena’s face darkened. “It’s overthinking. The neural lattice is too human—too prone to doubt.” “No,” Malik countered, “its problem is inefficiency. We’ve crammed it with too many processes that don’t align.” “You’re both wrong,” Priya snapped. “The issue is physical. It’s wasting resources on unnecessary recalibration instead of acting.” The deadline was reached, but a goal was still far away…

One technological advancement that has truly inspired my outlook on the upcoming future is focused on the capabilities of satellites. Whether it be the ability to monitor climate change, enable global communication, or provide life-saving disaster relief data, satellites have always been very fascinating to me, and inspire me. To further specify, the technological advancements and applications of satellites as tools for global connectivity and understanding make up a type of technology that I believe will change the world for the better. While we often think of satellites in terms of internet access or GPS navigation, their impact extends far beyond that. This type of technology is important for improving agriculture through precision monitoring, aiding in wildlife conservation by tracking endangered species, and even providing remote communities with access to education and healthcare resources. Satellites also play a critical role in addressing global issues, such as monitoring deforestation, forecasting extreme weather events, and providing critical data to mitigate the effects of climate change. By empowering communities with these capabilities, satellites allow us to understand and address some of the most complex issues facing our planet, by gathering data to examine the world as a whole. Every time I see images of Earth taken from space, I am inspired to contribute to this technology. As someone passionate about aerospace and astronautics, I am determined to advance the development of satellites to create more equitable and sustainable solutions for the world. I plan to pursue a degree in aerospace engineering and dedicate my career to innovating satellite systems that are more cost-effective and environmentally friendly. By focusing on making this technology accessible to underserved regions and maximizing its potential to tackle global challenges, I hope to inspire others to see the possibilities of a united and informed planet. In turn, I aim to demonstrate how satellites can not only connect us but also empower humanity to work together to make the world a better place.

I don’t have enough money for college. I’m a junior in high school who wants to major in computer science. With coding, the sky is the limit. You can make your own app, build a website, program a robot, and of course, solve a problem and fix it. I have experience with using HTML, CSS, Javascript, Java, React Native, and Python. I have more to build on what I know, and even more other coding languages to explore. I also enjoy sharing my passion! I’m currently working on getting a coding club in my school, which will hopefully bring together coders from all over my school, and possibly other schools as well. When I grow up, I want to make something that brings coders together. I don’t know if that’s a website, an app, or some really cool invention, but when I think of the future I see that. That’s my end goal–that’s my victory. Yet, then there’s the question: how can I achieve such goals, or in other words, reach my victory, if I can’t afford it? I have a job in which I prepare AutoCAD designs of automatic doors. I write the measurements, add notes, edit the drawings of the automatic doors, and sometimes I do the drawings myself! I work about 3 hours a couple of days a week, and I earn 14.50 dollars an hour. Yet I needed more, because there was the question of whether one job was enough to financially support myself and my dreams. So I’m getting another one at a local farm. I am even making a website for a wonderful lady who raises money for BTS charities, that will get me money too. Money is just on my mind constantly; we live in a world in which the amount you have is the amount you can do…As of right now, I can’t walk out of the house and live a stable life. I don’t have the money to do that either… So yeah, I’m scared that I’ve lost…but then I remember who I am. My name is Victoria. Victoria means victory in Latin, or in other words, the name of the Goddess of Victory. There are millions of names in the world, yet I was named Victoria. I was almost named Jasmine or Veronica, but I was named Victoria. So in my opinion, that just means I am meant to win. I’m meant to conquer my financial struggles. At this point, I don’t know how many scholarships I tried applying for as a high school junior, (sadly, most of them are for seniors) but I’m not giving up. By the end of senior year, my goal is to have enough money for at least the first year of college, and then I work from there…so I ask you to please give me this scholarship, because this is not only a want, but a need for someone who can’t afford to do much of anything… Victory is my dream of being a coder. Victory is my wish upon a star, to make something great, no matter how many lines of code it takes to get there. Most importantly, I was born victory. I am victory.

I don’t cry over stories. No tears were shed when Fred is killed in an explosion in the battle of Hogwarts. No tears were shed when Marley, the dog, dies from an intestinal disorder. No tears were shed when Jack sacrfices his spot on a floating door, only to be left in the frozen sea. After three books of attaching myself with the main character, Tris, from Divergent, no tears were shed when she gets shot, and dies... I didn’t cry reading Wonder. R.J Palacio is the master of breaking your heart, and then putting it back together. It follows a boy named August who is bullied for his facial deformity, mainly by a boy named Julian. It was a good story; it shows how kindness is always the best policy, even if you don’t always receive it. The story did put a couple of cracks in my heart, but the sequel shattered it. I cried reading The Julian Chapter: A Wonder Story. The story takes the message from Wonder, and multiplies the intensity by a hundred, and puts it into the perspective of the bully, Julian. After getting kicked out of his old school, his grandma tells him a story to teach him a lesson. Sara, the grandmother, grew up in France. She was Jewish so she knew what it’s like to be looked down upon, bullied, and neglected by society. So did a boy, who she called Tourteau. He was cripled, and couldn’t walk the right way. Eventually, the Nazis come an invade their village in France, and the two of them work together to save other classmates. They befriend each other, and they fall in love…I won’t spoil what happens, but it was devastating. It truly shows how we should always be kind, even when it seems like the whole world is against you. I cried reading this. It hit me. It even hit the character Julian– especially when he finds out Tourteau was actually named Julien. I highly advise for everyone to read this book. Of course, read Wonder first, but then read The Julian Chapter: A Wonder Story. Then watch the movie. It’s called White Bird, and it will come in October of 2024. Nothing gets you more then when a person shows huge acts of kindness in a world of hatred.

Everyone can think; humans are wired with millions of questions and thoughts that float in their minds for every waking hour. Most people come up with answers with these thoughts, which is how the average person moves on to something else in their life. Although everyone has struggled to find solutions. When things get too hard, and all those questions and thoughts aren't getting anywhere, people give up. This includes some of our most intelligent people; it's why not all crimes are solved, not all of earth's mysteries are found, and why many people struggle to reach for the stars. This is when a solutionist, like me, comes in. We keep questioning and thinking until we find the answer we need; we keep going until we have a solution. This trait I have has given me success. I pushed myself past my limits many times to solve problems on my own. I made plenty of horrible mistakes in my sixteen years of life, but I have always come back strong because I knew how to fix my problems. I’ve also been a solutionist for other people as well. I use this trait to help those in need of a solution, and by doing so I form connections and a higher knowledge of what people need. This trait has not only benefited me now, but it will most likely help me in the future. I want to continue being a solutionist for the world. After high school, I plan to get a degree in architecture. It’s my dream to be the person to design buildings that people can work and live in; but as I was thinking about the future of this profession, I realized that architecture can also be harmful to the environment. I plan to use all the skills I learned so far, and what I learn in the future to help solve this global issue. I will apply science, math, and my problem-solving skills to help stop buildings from ruining our natural environment. Since I am a solutionist, I won’t give up until I have done what I need to make all architecture go green. Being a solutionist is more than just finding an answer. A solutionist is analytical and persistent. A solutionist is about finding explication, clarification, explanation, and of course, the solution. A solutionist today can make a leader of tomorrow, therefore being a solutionist is the best thing to be.