Numerous scientific and fundamental hindrances have resulted in a slow down of silicon
technology and opened new possibilities for emerging research devices and structures. The …

Abstract Quantum-Dot Cellular Automata (QCA) technology uses quantum dots instead of
transistors and diodes for performing the logical operation. Also, in logical circuits, many …

Throughout the world welfare systems have been experiencing a period of unprecedented
change. Understanding these changes is difficult, not only because of their diversity, but also …

Application of quantum-dot cellular automata (QCA) technology as an alternative to CMOS
technology on the nanoscale has a promising future; QCA is an interesting technology for …

Nanotechnologies, notably quantum-dot cellular automata, have achieved world-wide
attentions for their prominent features as compared to the conventional CMOS circuitry …

{Cp*(dppe) Fe (C C−)} 2 (1, 3-C6H4) is studied both as a neutral molecule, Fe (II)− Fe (II),
and as a mixed-valence complex, Fe (II)− Fe (III). Scanning tunneling microscopy (STM) is …

SRAM or Static Random-Access Memory is the most vital memory technology. SRAM is fast
and robust but faces design challenges in nanoscale CMOS such as high leakage, power …

Single electron transport through multiple quantum levels is realized in a Si quantum-dot
device at room-temperature conditions. The energy spacing of more than triple the …

The rapid advancement of Quantum-dot cellular automata (QCA) technology has moved on
to the effective methods for testing these circuits due to its insufficient reliability. The growing …

Conventional digital circuits consume a considerable amount of energy. If bits of information
remain during logical operations, power consumption decreases considerably because the …