We propose a method to control noise-induced motion, based on using delayed feedback in
the form of the difference between the delayed and the current states of the system. The …

Time-delayed feedback control (TDFC) is transferred to the optical domain and applied to
complex multisection semiconductor lasers as used in optical communication. Pyragas-type …

We investigate the possibility to suppress noise-induced intensity pulsations (relaxation
oscillations) in semiconductor lasers by means of a time-delayed feedback control scheme …

We consider a simple paradigmatic system of type-I excitability subject to noise and time-
delayed feedback. This system is governed by a global bifurcation, namely a saddle-node …

We study the effect of time-delayed feedback control and Gaussian white noise on the
spatiotemporal charge dynamics in a semiconductor superlattice. The system is prepared in …

We investigate the influence of noise upon the dynamics of the current density distribution in
a model of a semiconductor nanostructure, namely, a double barrier resonant tunneling …

The influence of time-delayed feedback upon the spatiotemporal current density patterns is
investigated in a model of a semiconductor nanostructure, namely a double-barrier resonant …

We study the control of noise-induced spatiotemporal current density patterns in a
semiconductor nanostructure (double-barrier resonant tunneling diode) by multiple time …

Nonlinear and chaotic space-time patterns arise in a variety of nonlinear dissipative dynamic
systems in physics, chemistry, and biology [1–5]. In semiconductors driven far from …

We consider a metamolecule consisting of a bosonic mode correlated with a two-level
system (TLS): it can be, for example, a plasmonic mode interacting with a quantum dot. We …