Arjun Bhamra
About Arjun Bhamra
Arjun Bhamra is an Analyst with expertise in quantum computing and fluid simulations, currently working at Alchemy and Georgia Institute of Technology. He has a background in developing quantum circuits and has held various research and teaching positions in the field.
Work at Alchemy
Arjun Bhamra has been employed as an Analyst at Alchemy since 2022. In this role, he utilizes his expertise in quantum computing and optimization to contribute to various projects. His work involves the application of advanced computational techniques to solve complex problems.
Education and Expertise
Arjun Bhamra is pursuing a Bachelor of Science in Computer Science at Georgia Institute of Technology, expected to graduate in 2026. He is also pursuing a minor in Physics and Mathematics. He studied Quantum Computing at The Coding School, where he earned a certificate. His academic background supports his active involvement in quantum computing research.
Background in Research
Arjun has been an Undergraduate Student Researcher at Georgia Institute of Technology since 2022. His research focuses on quantum computing, specifically the physical realization of qubits and the development of quantum algorithms. He has collaborated with Dr. McMahan and other researchers on a quantum generative adversarial network aimed at rapid drug generation.
Previous Work Experience
Prior to his current roles, Arjun worked at Code Ninjas as a Code Sensei for eight months and served as a Scientific Researcher at the Aspiring Scholars Directed Research Program (ASDRP) for one year. He also worked as a Mathematics Tutor at Mathnasium for five months in 2022. His diverse work experience has contributed to his analytical skills and understanding of educational methodologies.
Projects and Contributions
Arjun has implemented Lattice Boltzmann Methods encoded into unitary gates and modified quantum phase estimation algorithms to enhance simulation accuracy in computational fluid dynamics. His contributions reflect his commitment to advancing the field of quantum computing and its applications in various domains.