I thrive under pressure, quite literally. My scuba diving certification in Bali took me 20 meters underwater, where I experienced stunning aquatic life and saw physics in action. At that depth, air compresses to a third of its surface volume. This meant PV = nRT was not just a classroom formula but my guide to surfacing safely. The dives were both challenging and mesmerizing, inspiring my dream to explore the Red Sea in Egypt someday. Closer to home, I have enjoyed diving in Goa, with each dive offering a unique blend of adventure and discovery. 

Lawn tennis is more than a sport to me; it’s a lesson in resilience and precision. Inspired by Rafael Nadal’s relentless drive and never-say-die attitude, I’ve worked to channel that same spirit into my game. His dedication to perfecting his craft has shaped my belief that consistent practice leads to mastery. Beyond the court, tennis has given me a fascinating way to connect my passion for physics and engineering. The science behind a topspin, for instance, is a perfect blend of aerodynamics and fluid mechanics. As the ball spins, it interacts with the air, creating a pressure differential that dips it into the court—a phenomenon rooted in the Magnus effect.