About Me
I am a PhD student at Yale advised by Prof. Zhong Shao. My research interests lie in formal verification, logic, category theory, and game semantics.
I design compositional theory to verify large-scale real-world systems
My foundational work in formal verification produced crash-aware linearizability, a novel technique to ensure software reliability on systems with persistent memory, even through system failures. I am now extending these principles to tackle the challenges of modern multi-core processors that use relaxed memory models.
Looking forward, I am applying these rigorous verification techniques to the domain of quantum computing. As quantum systems scale, ensuring the correctness of their algorithms and communication protocols is a critical challenge. My goal is to develop the formal tools necessary to build provably reliable software for both classical and quantum technologies, ensuring that the next generation of computing is built on a foundation of trust.
Skills
Education
2022-present
PhD Student
Yale University
PhD student at Yale advised by Prof. Zhong Shao
2019-2022
Double Degree in
Math & Computer Science
Ecole Polytchnique
Graduate with Summa Cum Laude
Bachelor’s Thesis advisor: Samuel Mimram
Photos I took



