Stefano Giorgini

Stefano Giorgini is an Associate Professor in the Department of Physics at the University of Trento. His research focuses on quantum fluids, ultra-cold atomic gases, and many-body quantum systems. He specializes in theoretical studies of Bose-Einstein condensates, quantum phase transitions, and Monte Carlo methods. Giorgini teaches courses such as Mathematical Complements of Quantum Mechanics and Quantum Gases, emphasizing both theoretical foundations and experimental applications. His work explores phenomena like supersolid phases in two-dimensional systems, phase separation in Bose mixtures, and superfluidity under disorder. He has contributed extensively to understanding quantum droplets, magnetic phase transitions, and the BCS-BEC crossover in fermionic systems. His teaching emphasizes practical problem-solving in quantum mechanics and integrates experimental perspectives through collaborations with researchers like Giacomo Lamporesi.

Giorgini’s research spans theoretical and computational approaches, employing advanced Monte Carlo techniques to study systems from dilute Bose gases to strongly interacting Fermi gases. He has published extensively on topics including thermodynamics of quantum fluids, critical temperatures, and collective excitations. His educational activities aim to bridge foundational theory with cutting-edge research, preparing students for advanced studies in quantum physics and related fields.