Nonequilibrium quantum system dynamics (NQSD) is a research program that focuses on investigations of diverse forms of matter under nonequilibrium conditions in timescales ranging from attoseconds to hours, on length-scales ranging from microscopic and mesoscopic to macroscopic. Mesoscopic quantum phenomena occuring in the aftermath of phase transitions are of particular experimental and theoretical interest. Quantum materials exhibiting diverse charge and spin orders in 1D and 2D are a fertile controllable sandbox for fundamental physics, discovery of new phenomena and development of promising applications in the form of quantum devices. New experimental approaches range from ultrafast time-resolved tabletop experiments and time-resolved microscopy to large international facilites, and ultrafast devices.
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The research project is (co)financed by the Slovenian Research and Innovation Agency.