This workshop will examine recent developments in the study of entanglement and its dynamics subject to unitary evolution, dissipation and measurement, a theme which unites a disparate set of questions including:
How do interacting many-body quantum systems thermalise—or fail to do so? Entanglement growth plays a key role in the emergence of statistical behaviour in isolated systems, while phenomena such as many-body localisation demonstrate robust departures from thermal equilibrium.
Under what conditions do modern quantum simulators exhibit genuine quantum advantage?
How can fragile quantum information be protected against noise and errors? Understanding the interplay of entanglement with noise, dissipation and active error correction is crucial for preserving coherence in practical quantum computing.
