Quantum matter far-from-equilibrium

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The project aims to develop stochastic quantum hydrodynamics, a theoretical approach to understand non-equilibrium dynamics of quantum fluids and superfluids formed by ultra-cold atomic gases. How quantum matter evolves when driven far-from-equilibrium is a problem for basic energy sciences, and in understanding systems ranging from cold fusion reactors to the early inflationary universe. The project intends to better understand the organising principles of non-equilibrium quantum states. This will influence emerging quantum technologies, including atomtronics, dynamical quantum emulators, energy-efficient materials and materials with new, unforeseen functionalities.