What drives me is the unexplainable. Astrophysics doesn’t just describe the universe—it invites us to question the nature of existence. I’ve long been drawn to the cosmos, not only for its stars and galaxies, but for the unspoken poetry behind them. To me, astrophysics is a bridge between the macrocosm and the mind, where science meets wonder and logic meets mystery. I’m pursuing this path to demystify not only the night sky but reality itself—and to become the kind of scientist who makes the magical both understandable and deeply human. My first encounter with the universe was not in a lab, nor through a lens, but in the space documentaries, my uncle and I watched instead of traditional cartoon movie nights. I couldn’t yet understand the language, but mesmerized by the imagery, I understood the feeling: vastness, limitlessness, and a beauty that felt almost lyrical. Over time, that awe evolved into intellectual curiosity. I find it fascinating that observing distant stars is a form of time travel—glimpsing the past through light years of distance—or that detecting a single subatomic particle can reveal events from billions of years ago. From gravitational waves hinting at hidden dimensions to string theory suggesting a binary code embedded in the universe, astrophysics doesn’t end mystery—it provides the recipe for magic. As I delved deeper, I began questioning not just how the universe works, but how we come to know it. When I learned that particles exist in a state of uncertainty until observed, I wondered: Are we shaping the universe simply by perceiving it? Could our thoughts influence physical matter? Might particles possess a form of intelligence we don’t yet understand? I’m fascinated by this dialogue between observer and observed—and what it might reveal about consciousness, perception, and reality. Through particle duality, quantum entanglement, and uncanny parallels between the cosmic web and human synapses, I aim to bridge astrophysics, neuroscience, and philosophy—reimagining what intelligence and meaning truly are. In ten years, I envision pursuing a PhD, ideally contributing to NASA’s Physics of the Cosmos Program, developing a unified framework that connects cosmology with cognition—and helping others see science not just as knowledge, but as a story of interconnectedness. My passion lies not only in exploring cosmic phenomena but in making them accessible and deeply human. Too often, astrophysics is seen as distant or abstract—but I believe it’s intimate. Matter-antimatter annihilation informs cancer treatments; muon detection reveals buried archaeological structures. These aren’t just scientific curiosities—they’re proof that space science shapes life on Earth. Beyond utility, astrophysics carries philosophical weight: we are made of stardust, and in studying the stars, we study ourselves. I plan to bring the sky closer by creating and hosting a TEDx series called 'The Universe Within'—connecting cosmic discovery to everyday meaning. Because science becomes powerful when it doesn’t just inform, but moves. After all, the universe is made of more than atoms—it’s made of stories. This mission is deeply personal. In an 85% male physics class, I was often dismissed or overlooked. I nearly gave up, mistaking self-doubt for lack of ability. However, receiving a scholarship to the Immerse Cambridge Female Leadership Program helped me reclaim my confidence and voice. Now, I’m committed to mentoring young women in STEM and building the inclusive scientific culture I once needed—where curiosity has no gender, and no one feels out of place among the stars. To me, astrophysics is not just about discovery—it’s about meaning. With the support of this scholarship, I’ll turn curiosity into impact—on Earth and beyond—being the scientist who uncovers cosmic truths and the storyteller who helps others find purpose within them.