Qi Zhou

Qi Zhou is a Professor in the Department of Physics and Astronomy at Purdue University. His research focuses on quantum gases, synthetic gauge fields, ultracold atoms, and quantum many-body dynamics. Key contributions include exploring breather dynamics in Bose-Einstein condensates, connections between geometry and quantum dynamics, and bosonization of SU(N) fermions. His work bridges theoretical physics with experimental applications, such as synthetic Hall tori and quantum control via SU(1,1) echoes.

Research highlights include universal relations in chemical reactions of dilute molecules (Science Advances, 2020), geometric frameworks for quantum systems (PRL, 2020), and bosonization phenomena in 3D fermions (PRX, 2020). His group also investigates discrete time crystals and precision measurements (PRR, 2020). Recent efforts explore synthetic gauge fields in alkali atoms and universal thermodynamic relations in dilute systems.

While his primary affiliation is in theoretical physics, his Google Scholar publications reveal a parallel focus on pharmaceutical sciences, particularly inhalable drug formulations and antimicrobial therapies. This includes aerosolized bacteriophage delivery systems, combination antibiotic formulations, and mechanistic studies of polymyxin toxicity in human epithelial cells.