Taking the quantum computing course with Alex Schmitt, a Stanford Engineering Physics student, was an eye-opening experience that made an abstract and intimidating field feel approachable and incredibly exciting. We started from the basics, diving into the math required to understand quantum mechanics and then moved on to building blocks like quantum gates. The hands-on nature of the course was what really pulled me in—we didn’t just stop at theory. We used IBM’s quantum computer through a server setup with Jupyter Notebook and Qubits, which felt like stepping into the future.

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One of the most fascinating parts of the course was the projects. For example, we worked on creating quantum games like Quantum Chess, where I learned to weave fundamental quantum principles into something playful yet deeply insightful. It was incredible to see how concepts like superposition and entanglement could reshape something as classic as chess into a whole new experience. We also explored quantum algorithms, like the Variational Quantum Eigensolver, which simulates molecular ground states—bridging quantum computing with real-world applications like drug discovery and materials science. It was thrilling to work on something so cutting-edge and imagine its impact.

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This course didn’t just teach me about quantum computing—it lit a spark of curiosity that has stayed with me. I found myself reading Stephen Hawking’s books to better understand the universe through a quantum lens and binge-watching lectures on quantum physics and computing. It made me realize how this field connects so many areas I care about, from math to technology to the mysteries of nature.

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Even now, quantum computing holds a special place for me, alongside my passion for machine learning. The course didn’t just introduce me to an emerging field; it gave me the confidence to explore it further and the tools to understand it better. Whether it was troubleshooting code, designing quantum systems, or just grappling with the mind-bending possibilities of quantum mechanics, it was a journey that has shaped how I think about innovation and technology.