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Explore a lecture on quantum control theory presented at the International Centre for Theoretical Sciences as part of the "Quantum Trajectories" program. Discover how Eoin O'Connor addresses the fundamental challenge of bounding fidelity in feedback control protocols for quantum state engineering during this 18-minute presentation. The talk contributes to the program's focus on quantum trajectories, quantum control, measurement-induced phase transitions, and quantum information and computation. This lecture is part of a broader initiative bringing together theoretical physicists, applied mathematicians, and experimental researchers to advance the "second quantum revolution" that promises breakthroughs in quantum-based encryption, communication, and computing technologies.
