I am an assistant professor in the Department of Computer Science and Software Engineering at Concordia University, in Montreal.

 

I always looking for highly motivated Master's and PhD students. Please submit an application on the Concordia website if interested. Unfortunately, I am not able to respond to all email inquiries.​

​

Often, the key to solving a problem lies in uncovering some underlying symmetry. In most of my work, I find and leverage algebraic-geometric and representation-theoretic symmetries in problems coming from quantum information theory, tensor decompositions, and optimization.

​

Keywords: CP decomposition, secant variety, identifiability, stabilizer rank, quantum property testing, quantum state discrimination, entanglement theory, entangled subspaces, quantum de Finetti theorem, polynomial optimization, semidefinite programming.