Quantum backflow (QB), a counterintuitive interference phenomenon where particles with
positive momentum can propagate backward, is important in applications involving light …

The probability density of a quantum particle moving freely within a circular ring can exhibit
local flow patterns inconsistent with its angular momentum, a phenomenon known as …

In its original formulation, quantum backflow (QB) is an interference effect that manifests
itself as a negative probability transfer for free-particle states comprised of plane waves with …

Quantum backflow is the classically forbidden effect pertaining to the fact that a particle with
a positive momentum may exhibit a negative probability current at some space-time point …

Decoherence is a well established process for the emergence of classical mechanics in
open quantum systems. However, it can have two different origins or mechanisms …

We study the influence of the nonlinear gradient term on the localized solutions generated
by a parametrically forced complex Ginzburg Landau equation (FCGLE) with a forcing …

Surface diffusion is described in terms of the intermediate scattering function in the time
domain and reciprocal space. Two extreme time regimes are analyzed, ballistic (very short …

Some unexplored decoherence aspects within the Caldeira–Leggett master equation are
analyzed and discussed. The decoherence process is controlled by the two environment …

Quantum mechanics introduces the possibility for particles to move in a direction opposite to
their momentum--a counter-intuitive and classically impossible phenomenon known as …

We study the quantum backflow problem of a relativistic charged Dirac fermion constrained
to move on a ring of radius $ R $. Using the relativistic current operator we compute the …