This book is an outcome of my research publications during my teaching and research
career. The book is about basic understanding of the MOSFET devices and their physics at …

Quantum dots (QDs) can be used as conductive islands to build-up single-electron
transistors (SETs). The characteristics of the QDs define the functional performance of the …

Single electron transistors based on silicon nanopillars were investigated with regard to their
current voltage characteristics. The simulations make use of the commercial quantum …

Rhombic Coulomb diamonds are clearly observed in a chemically anchored Au
nanoparticle single-electron transistor. The stability diagrams show stable Coulomb …

As silicon CMOS technology is scaled into the nanometer regime, the paradigm shift of
computer-aided design (CAD) technology is indispensable to cope with two major …

In recent years, the requirement for greater scalability of transistor technology for the
continuation of Moore's law has led researchers toward the investigations of several …

Single electron technology (SET) is one of the future technologies distinguished by its small
and low-power devices. SET also provides simple and elegant solutions for threshold-logic …

Presented is a physics-based compact model for a silicon-nanopillar single-electron
transistor (SET). Tunneling currents are calculated using a master equation approach with …

This paper describes two MATLAB modules which have been developed for enhancing
SIMON, a Monte Carlo simulator for single electron technology (SET) circuits. The first …

As a solution to the high speed, ultralow power, and extremely compact ADC circuit block, a
complementary single-electron transistor (SET)/CMOS hybrid amplifier-based analog-to …