My interest sits where open quantum system dynamics meets entanglement theory: how noise that acts on subsystems together rather than independently changes the structure of entanglement, and when quantum correlations outlive the decoherence that has already destroyed Bell non-locality. The gap between those two boundaries is the part of my current results I find most worth pushing on.

My undergraduate work derives concurrence and entropy in closed form for two-qubit states under three noise channels. The extensions I want to pursue in doctoral study are multipartite systems beyond GHZ and W states, non-Markovian and spatially correlated noise models rather than memoryless ones, and entanglement measures that stay computable as the dimension grows.

I am looking for groups in theoretical quantum information where analytic work on open systems connects to questions about error correction and the limits of entanglement as a resource.