I am a fifth-year PhD student studying theoretical computer science at MIT advised by Ryan Williams. Before this, I was an undergraduate at Rutgers University, where I was lucky enough to discuss research and learn from Eric Allender and Michael Saks. I also participated twice in the DIMACS REU program.
Most of my research is in the field of computational complexity theory, which quantifies the amount of resources — like time and hardware — needed to solve computational tasks, like finding the fastest route from point A to point B on a map.
my first initial + ilango @mit.edu (plus not included)
My research so far has focused on understanding the complexity of a problem called MCSP. While MCSP has been studied since at least the 1950s, it remains quite mysterious, evading the kind of understanding we have for thousands of other problems in complexity theory. Even so, researchers have discovered fascinating connections between MCSP and other areas in theoretical computer science.
For example, MCSP could be a "universal attack on cryptography": if you found a fast algorithm for MCSP, you could use it to break any type of cryptography. Thus, we expect (but do not know) that MCSP is not an easy problem to solve. My research is working towards proving MCSP is hard, which is a necessary step towards attaining provably secure cryptography.
My work has been featured twice in Quanta Magazine:
My work “SAT Reduces to the Minimum Circuit Size Problem with a Random Oracle” won the 2023 Machtey Award
I was awarded an NSF Graduate Research Fellowship to support my graduate studies and research.
My work “Connecting Perebor Conjectures: Towards a Search to Decision Reduction for Minimizing Formulas” won the 2020 “Best Student Paper Award” at the Computational Complexity Conference
My work “Constant Depth Formula and Partial Function Versions of MCSP are Hard” won the 2020 Machtey Award
My work “Approaching MCSP from Above and Below: Hardness for a Conditional Variant and AC0[p]” won the 2020 “Best Student Paper Award” at the Innovations in Theoretical Computer Science conference.
(reverse chronological order)
STOC ‘24
PDF
FOCS ‘23 · Best Student Paper Award
PDF
FOCS ‘23
PDF
STOC ‘23
PDF
STOC ‘23
PDF
STOC ‘23
PDF
STOC ‘22
PDF
FOCS ‘21
PDF
CCC ‘21
PDF
FOCS ‘20 · Best Student Paper Award ·
Draft Journal PDF
CCC ‘20 · Best Student Paper Award · Invited for TOC Special Issue for CCC'20
Draft Journal PDF
Conference PDF
Talk
CCC ‘20
PDF
TCS+ Talk
Loff’s HSE Talk
CCC Talk
Mention on Scott A.’s Blog
ITCS ‘20 · Best Student Paper Award
PDF
ICALP ‘19
PDF
CSR ‘19 · to appear in Theory of Computing Systems Special Issue for CSR ‘19
PDF
Electronic Journal of Combinatorics · Formal Power Series and Algebraic Combinatorics Conference (FPSAC ‘19)
PDF
not research related