Theorie Kolloquium | July 11, 16:30
Quantum simulation of far-from-equilibrium dynamics of gauge theories
I will go over my research profile, which bridges quantum many-body physics and quantum simulation through two main pillars. The first focuses on investigating exotic far-from-equilibrium phenomena in lattice gauge theories, uncovering properties of dynamical phase transitions and criticality, as well as various nonergodic regimes. The second aims to develop experimentally feasible schemes to probe such dynamics on state-of-the-art quantum hardware, including cold atoms and molecules, superconducting qubits, and trapped ions. We will go over a series of experiments, which we led on the theory side, highlighting the interplay between these two pillars. We will provide an overview of our plans to advance these experiments to probe gauge-theory dynamics in higher spatial dimensions and in the quantum-field-theory limit.
LMU Munich
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Contact: Simon Trebst