True Progress Begins with Curiosity

My journey from Yasin, Gilgit-Baltistan, to studying Physics and Mathematics at the University of Oklahoma has been driven by one thing—curiosity. Growing up in the mountains, I was constantly fascinated by the natural world—the cycles of day and night, the way plants grew, or the paths of stars in the night sky. To me, these weren’t just beautiful patterns; they were clues to deeper, universal truths. Physics and Mathematics became the tools I used to unlock those mysteries. After completing my early education at AKHSS-Gilgit, I moved to Japan for the International Baccalaureate Diploma at United World College in Karuizawa. Japan’s technological landscape had a profound impact on me. It wasn’t just the advanced infrastructure and innovations—it was how Physics and Mathematics were applied to solve real-world problems. The clean energy solutions, efficient transport systems, and sustainable technologies I saw around me sparked a change in my thinking. I no longer wanted to simply understand the world—I wanted to help solve the global challenges we face.

This led me to my current focus on condensed matter physics, particularly organic semiconductors, at the University of Oklahoma. My research centres on developing materials with the potential to revolutionise clean energy technologies—lighter, more efficient, and sustainable solutions for the future. Growing up in a region where energy shortages are common, I’ve always been keenly aware of how access to reliable, clean energy can transform communities. This personal connection to the issue fuels my passion for research. I want to help create solutions that can power homes and industries without damaging the environment, especially in remote areas like my own. Looking back, the path has always been clear. Physics and Mathematics have not just been academic subjects for me—they’ve been a way to connect the beauty of nature with practical solutions to some of the world’s most pressing problems. Every challenge I study, whether it’s a fundamental equation or an advanced material, is a step towards a future where clean energy is abundant and accessible to all. To younger students, my advice is this: focus on understanding, not just on results. The deeper your understanding of these subjects, the better equipped you’ll be to use them to create meaningful change. And always stay curious—that’s where true progress begins.