Periodically driven non-Hermitian systems can exhibit rich topological band structure and
non-Hermitian skin effect, without analogs in their static or Hermitian counterparts. In this …

We study a periodically driven nanowire with Rashba-like conduction and valence bands in
the presence of a magnetic field. We identify topological regimes in which the noninteracting …

Periodically driven noninteracting systems may exhibit anomalous chiral edge modes,
despite hosting bands with trivial topology. We find that these drives have surprising many …

We theoretically investigate a practically realizable Floquet topological superconductor
model based on a one-dimensional Rashba nanowire and proximity-induced s-wave …

We construct an interacting integrable Floquet model featuring quasiparticle excitations with
topologically nontrivial chiral dispersion. This model is a fully quantum generalization of an …

The presence of random disorder in a metallic system accounts for the localization of
extended states in general. On the contrary, the presence of disorder can induce topological …

We study transitions between distinct phases of one-dimensional periodically driven
(Floquet) systems. We argue that these are generically controlled by infinite-randomness …

When a Dirac semimetal is subject to a circularly polarized laser, it is predicted that the Dirac
cone splits into two Weyl nodes and a nonequilibrium transient state called the Floquet Weyl …

Motivated by the recent experimental observation of the topological Anderson insulator in
disordered atomic wires based on the Su-Schrieffer-Heeger (SSH) model, we study disorder …

We investigate the effects of periodic fields and disorder on topological properties of a Weyl-
semimetal thin film. The two periodic fields, ie, a periodic magnetic field and elliptically …