Quantum Trajectories without Quantum Jumps

This lecture, part of the "Quantum Trajectories" program at the International Centre for Theoretical Sciences, explores quantum trajectories without quantum jumps as presented by Kater Murch. Delve into the revolutionary intersection of high-speed electronics and low temperature technologies that has transformed quantum matter studies, making once-theoretical experiments a practical reality. Learn about the theoretical foundations that support the emerging second quantum revolution, which encompasses quantum-based encryption, communication, and computing implementations. The presentation addresses central theoretical questions in the field, focusing specifically on quantum trajectories without quantum jumps, one of the program's three main topics alongside measurement induced phase transitions and quantum information/computation. This 44-minute talk is part of a broader initiative bringing together theoretical physicists, applied mathematicians, and experimental researchers to foster collaboration and advance understanding in these interconnected quantum research domains.