Effect of long-range hopping and interactions on entanglement dynamics and many-body localization
arXiv:1606.04542 · doi:10.1103/PhysRevB.95.094205
Abstract
We numerically investigate the dynamics of entanglement in a chain of spinless fermions with nonrandom but long-range hopping and interactions, and with random on-site energies. For moderate disorder in the absence of interactions, the chain hosts delocalized states at the top of the band which undergo a delocalization-localization transition with increasing disorder. We find an interesting regime in this noninteracting disordered chain where the long-time entanglement entropy scales as and the saturated entanglement entropy scales with system size as . We further study the interplay of long-range hopping and interactions on the growth of entanglement and the many-body localization (MBL) transition in this system. We develop an analogy to higher-dimensional short-range systems to compare and contrast such behavior with the physics of MBL in a higher dimension.
12 pages, 9 figures; In the revised version, we have added an analogy between one-dimensional long-range and higher-dimensional short-range models in the context of many-body localization
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