Asymptotic Behavior and Feedback Stabilization of Quantum Systems - Lecture 2

This lecture is the second in a series on Quantum Trajectories, presented by Nina Amini at the International Centre for Theoretical Sciences. Explore the asymptotic behavior and feedback stabilization concepts within quantum systems as part of a comprehensive program that bridges theoretical physics and applied mathematics. The lecture is part of a broader initiative organized by Michel Bauer, Cedric Bernardin, Raphael Chetrite, and Abhishek Dhar, which addresses central theoretical questions in quantum matter research. Running for 1 hour and 25 minutes, this presentation contributes to the program's focus on quantum trajectories, quantum control, measurement-induced phase transitions, and quantum information and computation. The program aims to foster collaboration between researchers from theoretical, experimental, and mathematical backgrounds to advance the "second quantum revolution" in technologies like quantum-based encryption, communication, and computing.