Inspired by the human brain, there is a strong effort to find alternative models of information
processing capable of imitating the high energy efficiency of neuromorphic information …

Noise-induced phenomena characterise the nonlinear relaxation of nonequilibrium physical
systems towards equilibrium states. Often, this relaxation process proceeds through …

Nonlinear relaxation phenomena in three different systems of condensed matter are
investigated.(i) First, the phase dynamics in Josephson junctions is analyzed. Specifically, a …

The purpose of this work is to present a learning workshop covering various physics
concepts aimed at strengthening physics/engineering student understanding about the …

The complexity of electron dynamics in low-doped n-type InP crystals operating under
fluctuating electric fields is deeply explored and discussed. In this study, we employ a multi …

We explore and discuss the complex electron dynamics inside a low-doped n-type InP bulk
embedded in a sub-THz electric field, fluctuating for the superimposition of an external …

We investigate the escape rate of Brownian particles that move in a cubic metastable
potential subjected to an internal time derivative Ornstein-Uhlenbeck noise (DOUN). This …

QUANTUM CRAMéR-RAO INEQUALITY, SHORT JOSEPHSON TUNNEL JUNCTION,
МЕМРИСТОР ВТОРОГО ПОРЯДКА, НЕЙРОПОДОБНЫЙ ГЕНЕРАТОР …

Non-equilibrium electron spin relaxation in a n-type doped GaAs bulk semiconductor is
investigated. We use a semiclassical Monte Carlo approach by considering multivalley spin …

The changes in the lifetime of a metastable energy level in Er-doped Si nanocrystals in the
presence of an external source of colored noise are analyzed for different values of noise …