Resume
Academic Achievements
- Published multiple papers such as 'Rank Bounds and PIT for Σ3ΠΣΠd circuits via a non-linear Edelstein-Kelly theorem' and 'Primes via Zeros: interactive proofs for testing primality of natural classes of ideals', with some works presented at top-tier conferences like FOCS and STOC.
Research Experience
- Engaged in several research projects, primarily focusing on algebraic complexity and computational algebra.
Education
- Was a student at IIT Kanpur from 2015 to 2020, where he received a dual B.Tech and M.Tech degree under the supervision of Nitin Saxena; currently a graduate student at the University of Waterloo, advised by Rafael Oliveira.
Background
- Interested in complexity theory, particularly algebraic complexity, as well as computational algebra and number theory.
Miscellany
- Helps maintain the website for the Algorithms and Complexity group at Waterloo and organizes a weekly seminar; previously co-organized the special interest group on theoretical aspects of computer science at IIT Kanpur.