Finite-size quantum critical systems thermalize in three regimes: recurrent non-equilibrium steady states, long-lived confined shock waves, or oscillatory decay, with near-complete energy swapping between the two sides.
Neillet al., Ergodic Dynamics and Thermalization in an Isolated Quantum System, Nature Phys.12, 1037 (2016)
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Thermalization dynamics of finite-size quantum critical systems
Finite-size quantum critical systems thermalize in three regimes: recurrent non-equilibrium steady states, long-lived confined shock waves, or oscillatory decay, with near-complete energy swapping between the two sides.