Floquet Engineering of Quantum Scars by Krishnendu Sengupta
Explore the fascinating world of quantum scars and their Floquet engineering in this 36-minute conference talk. Delve into the Eigenstate Thermalization Hypothesis and its violations, examining both classical and quantum scars in many-body Hamiltonians. Learn about the dipole model and its representation in terms of Ising spins, and discover how periodic driving and Magnus expansion can be applied to study quantum dynamics. Investigate the effects of noise on these systems, including random drive periods and their impact on coherent oscillations. Gain insights into the phase diagram of periodically driven Rydberg chains and the analytical predictions for coherent dynamics under random drive conditions. Conclude with a comprehensive overview of the field and participate in a Q&A session to deepen your understanding of this cutting-edge research in quantum physics.