
Summary
Advay Goel is a highly driven student researcher with a strong focus on Artificial Intelligence, Reinforcement Learning, and Efficient Inference. His academic journey includes a double major in Math and Computer Science at MIT, where he has also engaged in significant research at MIT CSAIL's LIS Group and Algorithmic Alignment Group. His work in AI research extends to affiliations with Harvard University and Project CETI. google
His mathematical research prowess is evident through his participation in the MIT PRIMES program (2021-2022), culminating in publications such as "The Geometry and Limits of Young Partition Flow Polytopes." He was also recognized as a 2023 Regeneron STS scholar, highlighting his exceptional talent in scientific research. mit+2
Advay possesses practical experience in the tech industry, having completed internships at Recorded Future, ThoughtSpot, and with an upcoming Quantitative Research Intern role at Citadel Securities. He has also demonstrated leadership within the MIT community through his roles as Vice President and Head of AI Workshops, and Social Chair, at AI @ MIT.
His contributions to academic literature include papers like "Central limit theorem for the complex eigenvalues of Gaussian random matrices" and "Big flip graphs and their automorphism groups," reflecting his advanced understanding and application of complex mathematical and computational concepts. google+1
Advay is a recognized participant in hackathons, achieving 3rd place at the @agihouse_org MIT Hackathon, showcasing his ability to apply his skills in a collaborative and competitive environment. x
Work
Education
Projects
Writing
Central limit theorem for the complex eigenvalues of Gaussian random matrices
January 1, 2024A paper establishing a central limit theorem for the eigenvalue counting function of a matrix of real Gaussian random variables.
Big flip graphs and their automorphism groups
January 1, 2023THE GEOMETRY AND LIMITS OF YOUNG PARTITION FLOW POLYTOPES
January 1, 2023Research paper developed during the MIT PRIMES program.