Non-Equilibrium Emergence in Quantum Design
Design of quantum many body states which elude conventional thermodynamics, has nowadays become a reality in a number of experimental platforms operating in the far-from-equilibrium regime. This workshop merges experts from three different topical areas exploring non-equilibrium control and engineering, ranging from the microscopic to the macroscopic.
At SPICE we will gather scholars working on fundaments of many-body quantum correlations and frontiers of quantum simulation in closed and open systems, encompassing applications to quantum technologies.
The goal of the conference is foster dialogue at the interface of these different research sectors, focusing on three keynote themes: (1) present and future of quantum many body simulators and their expected impact in the NISQ (noisy intermediate-scale quantum) era; (2) state of art of quantum thermalization and scrambling from the standpoint of statistical mechanics, and its role in the development of a novel generation of quantum devices; (3) survival and control of quantum many-body correlations in strongly driven-open settings.
The structure of the workshop revolves around alternating sessions on these thematic areas, offering a kaleidoscope of three workshops entangled into one. Our invited speakers are equally selected between fundamental and application-oriented areas. We encourage young scientists from all over the world to join us, and we look forward engaging them at our dedicated poster sessions.