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Exploring Unique Characteristics in Stark Many-Body Localization
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Stark Many-Body Localization (MBL) is a phenomenon observed in quantum systems in the absence of disorder, where the presence of a linear potential, known as the Stark field, causes the localization. Our study aims to provide novel insight into the properties of Stark MBL and to discover unique entanglement characteristics specific to this phenomenon. The phase diagram analysis reveals different behavior with varying interaction strengths. Furthermore, we highlight the influence of domain wall structures on the breakdown of the entanglement entropy of the system. Moreover, the investigation of Out-of-Time-Ordered Correlator (OTOC) behavior demonstrates distinct responses to interactions based on domain wall configurations. Our findings contribute to a better understanding of Stark MBL and offer valuable insights into the entanglement properties of systems subjected to Stark potentials.
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Cited by 1 Pith paper
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Crossover from Wannier-Stark localization to charge density waves for interacting spinless fermions in one dimension
Spinless fermions in a tilted 1D lattice show an edge whose width grows as (2t+V)/F and, for strong repulsion, hosts a charge density wave.
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