Current projects
Below are the projects we're actively working on. For each member's broader research background, see the Members page.
Optimized Chirality in Quantum Random Walks
We implement chiral transformations on quantum random walks and study how an optimized chiral transform affects hitting time — the time for a continuous-time quantum walk to locate a marked vertex. The goal is to understand how much a well-chosen chirality can improve the efficiency of search algorithms built on continuous-time quantum walks.
Interested in this project? Get in touch →Emergence in Many-Body Localization
We study how "structure" emerges in quantum systems undergoing many-body localization, and the role randomness plays in that emergence — looking at the boundary between disorder and order in strongly correlated, non-ergodic systems.
Interested in this project? Get in touch →