This paper reviews the development and use of Josephson voltage standards over the last
30 years, including classical dc standards, programmable standards based on binary …

A voltage standard based on a series array of pulse-biased, nonhysteretic Josephson
junctions is proposed. The output voltage can be rapidly and continuously programmed over …

This paper reviews the present state of modern Josephson voltage standards. The
presentation focuses on conventional dc standards based on underdamped superconductor …

The discovery of the Josephson effects 50 years ago initiated a revolution for electrical
voltage metrology. This revolution started with single Josephson junctions delivering a few …

We present a detailed report of microwave irradiation of ultranarrow superconducting
nanowires. In our nanofabricated circuits containing a superconducting NbSi nanowire, a dc …

A new method of driving series arrays of non-hysteretic Josephson junctions using
optoelectronically generated pulses to synthesize a variable output voltage is described …

The experimental set-up of a Josephson arbitrary waveform synthesizer (JAWS) has been
further optimized to generate AC voltages with fundamental accuracy. Josephson junction …

An equally spaced series of very large and nearly constant-voltage self-induced singularities
has been observed in the dc IV characteristics of a small Josephson tunnel junction strongly …

Exciting applications of superconductivity are based on the macroscopic quantum state
which exists in a superconductor. In this chapter we investigate the behaviour of junctions …

We study transport properties of an inertial Brownian particle moving in viscous symmetric
periodic structures and driven by an oscillating signal of two harmonic components. We …