We report on theoretical investigation of the electron and phonon energy spectra in a three-
dimensional regimented quantum dot superlattice. Our results are obtained by numerical …

The coherent dynamics of two strongly interacting electrons hop** on a one-dimensional
lattice and driven by combined dc-ac fields is theoretically investigated in the framework of …

Achieving Bloch oscillations of free carriers under a direct current, a long-sought-after
collective many-body behavior, has been challenging due to stringent constraints on the …

Following the Dirac‐Frenkel time‐dependent variational principle, transient dynamics of a
one‐dimensional Holstein polaron with diagonal and off‐diagonal exciton‐phonon coupling …

Bloch oscillations in a two-dimensional periodic potential under a (relatively weak) static
force are studied for separable and non-separable potentials. The dynamics depends …

The dynamics of the driven single band tight binding model for Wannier–Stark systems is
formulated and solved using a dynamical algebra. This Lie algebraic approach is very …

We propose an approach that enables implementation of anyonic quantum computation in
systems of antidots in the two-dimensional electron liquid in the fractional quantum Hall …

Negative differential conductance has been observed in grid-shaped surface superlattices,
realized in a high mobility two-dimensional electron system. The current-voltage …

A Lie-algebraic approach successfully used to describe one-dimensional Bloch oscillations
in a tight-binding approximation is extended to two dimensions. This extension has the same …

The monochromatic light absorption in an ideal two-dimensional quantum dot superlattice
(QDSL) is considered theoretically. Calculations of the absorption coefficient are done in …