The superconducting Josephson junction shows spiking and bursting behaviors, which have
similarities with neuronal spiking and bursting. This phenomenon had been observed long …

In this paper, different models of superconducting Josephson junction, particularly, the
shunted inductive model have been discussed to understand its chaotic dynamics so that it …

Memristors play a vital role in the design of high density and low power memory devices.
Considering the complex behaviour of memristor devices because of the feature that its …

In this paper, a nonlinear backstepping controller has been designed to control bifurcation
as well as incipient chaos that has been experienced in the RCLSJ (shunted nonlinear …

In the literature, existing Josephson junction based oscillators are mostly driven by external
sources. Knowing the different limits of the external driven systems, we propose in this work …

We investigate the possibility of making ultrafast superconducting logic gates using vertically
stacked Josephson junctions. Employing flux quanta as information bits, we implement the …

In this paper, we have discussed the application of new nonlinear recursive controllers on
Josephson junction (JJ) chaotic systems. Controlling bifurcation as well as chaos has been …

The dynamics of three inductively coupled vertically stacked Josephson junctions have been
studied. It is found that the system can be used for realizing ultrafast digital switches and …

Multilayer structures of Josephson junctions are discussed both in the continuous and the
discrete case. For the continuous case some recent results are shown. For two-dimensional …

This study addresses the problem of anticipating synchronization of two chaotic RCL-
shunted Josephson junctions (RCLSJ) based on time-delayed feedback control. The error …