Asymptotic Behavior and Feedback Stabilization of Quantum Trajectories - Lecture 3

This lecture, part of the Quantum Trajectories program at ICTS, explores asymptotic behavior and feedback stabilization of quantum trajectories presented by Nina Amini. Delve into advanced concepts in quantum control theory during this one-hour session, which represents Lecture 3 (L7) of the comprehensive program organized by Michel Bauer, Cedric Bernardin, Raphael Chetrite, and Abhishek Dhar. Learn about theoretical frameworks that support the second quantum revolution, where high-speed electronics and low temperature technologies enable practical implementations of quantum-based encryption, communication, and computing. Participate in discussions bridging theoretical physics, applied mathematics, and experimental approaches focusing on quantum trajectories, quantum control, measurement induced phase transitions, and quantum information and computation. Gain insights from this interdisciplinary gathering of researchers exploring connections between closely related quantum science domains at the Ramanujan Lecture Hall, ICTS Bengaluru.