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• W3105036992 abstract "The topological features of quantum many-body wave functions are known to have profound consequences for the physics of ground-states and their low-energy excitations. We describe how topology influences the dynamics of many-body systems when driven far from equilibrium. Our results are succinctly captured by a nonequilibrium topological classification that can be used to predict universal aspects of generic isolated quantum systems as they evolve unitarily in time. By analogy to the classifications used to describe systems in equilibrium, we consider two short-ranged entangled wave functions to be topologically equivalent if they can be interconverted via finite-time unitary evolution governed by a symmetry-respecting Hamiltonian. We demonstrate that this definition captures the salient features of these systems in a broad range of nonequilibrium scenarios. As well as providing conceptual insights into the constraints imposed by topology on many-body dynamics, we discuss the practical implications of our findings. In particular, we show that the characteristic zero-frequency spectroscopic peaks associated with topologically protected edge modes will be broadened by external noise only when the system is trivial in the nonequilibrium classification." @default.
• W3105036992 created "2020-11-23" @default.
• W3105036992 creator A5017669216 @default.
• W3105036992 creator A5029624789 @default.
• W3105036992 date "2019-12-26" @default.
• W3105036992 modified "2023-10-15" @default.
• W3105036992 title "Interacting symmetry-protected topological phases out of equilibrium" @default.
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• W3105036992 doi "https://doi.org/10.1103/physrevresearch.1.033204" @default.
• W3105036992 hasPublicationYear "2019" @default.
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