(Guess the conjecture)
My research broadly focuses on the study of modular forms and their arithmetic significance. I am especially interested in understanding deep arithmetic properties of modular-type functions and their connections to automorphic forms, elliptic curves, and quantum phenomena. I also have a wide variety of applied mathematical interests—generally areas where there are some application of number theory.
In recent developments, I have been applying machine learning approaches to explore problems across disciplines.
Special L-values of modular forms with CM and Hypergeometric series. [In progress]
Data-Driven Machine Learning Models for Predicting Antifungal Drug Activity. [Preprint] [Submitted]
Relating elliptic curve point-counting and solutions of quadratic forms with congruence conditions. [Arxiv preprint]
SIAM student travel award - Fall 2025