Asymptotic Behavior and Feedback Stabilization of Quantum Trajectories - Lecture 1

This lecture is the first in a series on "Asymptotic Behavior and Feedback Stabilization of Quantum Trajectories" presented by Nina Amini as part of the Quantum Trajectories program at the International Centre for Theoretical Sciences. Explore fundamental concepts at the intersection of quantum physics, control theory, and applied mathematics in this 1 hour 28 minute presentation. The lecture contributes to the program's focus on quantum trajectories, quantum control, measurement-induced phase transitions, and quantum information and computation. Gain insights into the theoretical foundations supporting the "second quantum revolution" that bridges theoretical physics, applied mathematics, and experimental implementations in quantum-based encryption, communication, and computing technologies.