I am an assistant professor of physics at IIT Delhi. My research interests are in theoretical high-energy physics and mathematical physics.
PhD in Physics, 2017
Princeton University
MA in Physics, 2014
Princeton University
BS-MS, 2012
Indian Institute of Science Education & Research, Pune
Develop efficient tools and compute higher-point and higher-loop Feynman diagrams in anti-de Sitter space.
Find explicit expressions for and study properties of conformal blocks, which are the building blocks of local correlation functions in CFTs.
Develop discrete analogs of the AdS/CFT correspondence inspired from number theory, and understand their deep connection with the usual continuum formulation.
Study exact string dynamics in terms of algebraic evolution laws on discrete spacetimes.
Explore the properties of supersymmetric Yang-Mills theory in the lightcone gauge, where the description is entirely in terms of the physical degrees of freedom.
Investigate quantum field theory on p-adic spaces and its relation to QFT on continuous spacetime. The simplest constructions of QFT on p-adic spaces are nonlocal, have an inherently hiearchical nature, and enjoy various powerful properties such as a non-renormalization theorem.
Explore the deep connections between quantum error-correcting codes and gravity in the framework of the AdS/CFT correspondence.
Use effective string theory methods to study vortex dynamics in low viscosity media.