Quantum mechanics predicts that certain stationary potentials can sustain bound states with
an energy buried in the continuous spectrum of scattered states, the so-called bound states …

Coherent control of quantum tunneling in an ac-driven tight-binding chain made of a finite
number of positional sites, such as electronic tunneling in finite superlattices of quantum …

Coherent control of quantum tunneling is investigated for a single atom held in a driven triple-
well potential without tight-binding approximation. In the high-frequency regime within or …

We study a system of three coherently coupled states, where one state is shifted periodically
against the other two. We discover that this system possesses a dark Floquet state that has …

We analytically study a system of spinless fermions driven at the boundary with an
oscillating chemical potential. Various transport regimes can be observed: At zero driving …

We study the coherent manipulation of quantum spin dynamics via simple analytic solutions
for a spin–orbit (SO) coupled ultracold atom held in a driven double well. In the high …

We theoretically study the tunneling dynamics of two interacting spin–orbit-coupled (SOC)
atoms trapped in a periodically perturbed double-well potential. We find that the …

We have investigated how the dynamics of a quantum particle initially localized in the left
boundary site under periodic driving can be manipulated via control of the right boundary …

We explore the coherent destruction of tunneling (CDT) in a lattice array under selective in-
phase harmonic modulations, in which some selected lattice sites are driven by in-phase …

We consider two Bose particles held in a bipartite lattice with two different separations fitting
the nearest-neighbor tight-binding approximation. Applying a strong driving field of high …