Sanjay Suresh

Sanjay Suresh

Hi, I’m Sanjay, a graduate student at UW–Madison in the MS in Physics (Quantum Computing) program. Currently I’m part of the QUEST lab at UW–Madison, where I work on compilers for modular, fault-tolerant architectures with Prof. Swamit Tannu, and I also collaborate with Dr. Sathya Subramanian at Oxford on quantum-complexity theory. Previously, I worked at Argonne National Lab, where I designed and built SeQUeNCe.DQC, a full-stack distributed quantum computing simulator. I’ve also worked on efficient statevector preparation, fault-tolerant benchmarking, and quantum annealing.

Alongside research, I build tools to investigate how both research and learning can be accelerated by LLMs. One such project is Studia, an open-source framework that lets professors design lessons an AI tutor executes. It’s currently being used by Prof. Swamit Tannu in his course on Systems Architecture for Quantum Computing (CS 639). If you’re interested in using Studia for your class, please contact me at ssuresh27@wisc.edu.

On the side, I pursue Carnatic violin professionally. Please contact me at sanjay.carnatic@gmail.com for any music-related inquiries.

News

Dec 2026Performing across the Chennai music season, December through January.
Oct 2026SeQUeNCe.DQC submitted to IEEE ICC 2027.
Oct 2026Violin solo in Aurora, Illinois, with Vijay Natesan on mridangam.
Sep 2026Studia deployed in Prof. Swamit Tannu’s CS 639 at UW–Madison.
Jun 2026PyEncode published in Quantum Science and Technology.
Nov 2025Presented SeQUeNCe.DQC at the Chicago Quantum Summit.
May 2025Joined Argonne National Laboratory.
Jul 2024Presented Optimal Box Contraction at WCCM 2024, Vancouver.
May 2022Awarded the Atlas Fellowship.