I crumbled my paper in frustration after attempting Heron’s formula for the third time. The proof, which I needed for an upcoming test, took an hour and a whole page, but seemed insurmountable despite its lack of calculus. I put my pencil down, laid my head on my desk, and tried to control my discontent. Amidst the struggle, I was struck by a profound recollection- I genuinely enjoy math.
What draws me to math is its impartiality. It treats everyone equally, demanding the same process of persistent effort and immense satisfaction. As a young woman from a male-dominated society, math has never excluded me. Instead, it empowers me to conquer challenges from basic arithmetic to differential calculus.
Beyond equations, math mirrors life, offering invaluable life lessons. Success often demands repeated attempts and failures, especially while climbing the ladder to higher-level mathematics. I’ve learned the significance of logical thinking when facing less intuitive math the hard way. Also, the joy of reaching the correct answer in math parallels life’s victories. However, like life, math isn’t solely about the destination, but also about the journey.
When learning math, my mind immerses itself in the problem, solely focusing on the numbers and letters without worries or distractions. These moments are when my love for math shines brightest.
My passion for math also stems from my mentors. My mom initiated my mathematical journey at three, igniting my passion through simple puzzles, lighting a never-burning light bulb in my head. Mrs. Hill, my third-grade teacher, showed unwavering kindness when she supported me, an immigrant student, in understanding mathematical concepts, thus fostering my love for math. My middle school math teacher, Mrs. Manna, recognized my potential and allowed me to skip a grade, further nurturing my passion for challenging mathematical concepts.
Mathematical concepts and skills are indispensable in almost every career. Analytical thinking, trial and error, perseverance, and attention to detail are derived from learning math and form the foundation of problem-solving techniques.
Math is also the gateway to understanding the natural world. From Eratosthenes's discovery of Earth’s spherical nature to Einstein’s theory of relativity, math enables us to comprehend natural phenomena through groundbreaking discoveries. Similarly, my fascination with the world’s mysterious perfections led me to explore self-organization patterns in nature using the Fibonacci sequences.
Today’s technology-driven world relies heavily on complex mathematics, underpinning modern technology and engineering. From designing structures to developing algorithms and software for the newest phone, math plays a crucial role in creating and improving technology. As someone aspiring to enter surgery and aviation, fields already immersed in technology, including surgical robots and autopilot, I recognize how my future, and that of many others, also depends on classical math. For doctors, precise calculations are vital for dosage administration and medical equipment usage, while for pilots, math ensures safe navigation and fuel management during flights. The significance of math in my goals is undeniable, as I aim to make these fields more reliable, reducing the death of patients and the unexpected crashes of airplanes, and safeguarding the lives of 400 passengers onboard.
With all this in mind, I knew I couldn’t give up on the universal language of logic and precision, helping scientists, researchers, and engineers collaborate and share knowledge accurately, uniting individuals in their pursuit of understanding and advancing the world. I'm determined to be an active participant in the journey to innovation and progress, driven by math. And so I looked up, got another paper, picked up my pencil, and tried the proof again, knowing that I’m one of the fortunate people in the world who genuinely enjoys math.