This paper presents analytical studies of the stochastic differential equation with Mathieu-
Duffing oscillator under velocity feedback control with a time delay. We derive the analytic …

Starting from the early experiments, this detailed presentation, containing more than 500
references, provides a comprehensive review on current-induced nonequilibrium …

The design of zero-bias Josephson voltage standards is presented as a case study in
nonlinear dynamics. Based on superconducting tunnel junctions, such standards rely on …

This paper reports on the theoretical analysis and microcontroller implementation of smooth
nonlinear resistor–capacitor shunted Josephson junction (SNRCSJJ) circuit. The smooth …

The spatially chaotic attractor in an elongated cloud of Bose–Einstein condensed atoms
perturbed by a weak optical lattice potential is studied. The analytical insolvability and …

Pendulum is the simplest nonlinear system, which, however, provides the means for the
description of different phenomena in Nature that occur in physics, chemistry, biology …

Theoretical analysis and microcontroller implementation of linear resistive-capacitive
shunted Josephson junction (LRCSJJ) model are investigated in this paper. The rate …

This paper evaluates the microcontroller implementation, offset boosting control,
suppression of chaos, and combination of three types of synchronization in the autonomous …

This paper exposes the theoretical and microcontroller implementation probing of the
piecewise nonlinear resistor-capacitor shunted Josephson junction circuit (PNRCSJJC). The …

We propose an analog apparatus simulating a standard Josephson junction, which allows
easy experimental manipulations and measurements. We center our attention on the onset …