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Aspects of nonequilibrium quantum many-body system: quantum entanglement dynamics, decoherent quantum quench, and one-particle perspective under dissipative and decoherent dynamics
- Kuo, Wei-Ting
- Advisor(s): Arovas, Daniel
Abstract
In this dissertation, we study multiple nonequilibrium many-body systems from different aspects. We begin with a brief introduction to nonequilibrium system and general discussions of terminology. In Chapter 2, we study locally scrambled quantum evolution and develop a novel formalism to describe entanglement dynamics. In Chapter 3, we examine quantum quench across quantum phase transition in the presence of decoherence. We found a new scaling law in strong decoherence limit. In Chapter 4, we investigate multiple one-particle probes to diagnose the properties of steady states under dissipative and decoherent dynamics.
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