In this article, we analyze power dissipation in the nonadiabatic switching event in mixed-
valence (MV) molecular cells of quantum cellular automata (QCA) in combination with a key …

The effects of electronic and vibronic interactions on the specific heat release occurring in
the course of nonadiabatic switching of the electric field polarizing a one-electron mixed …

In quest of a controllable intramolecular electron transfer (ET) across a bridge, we study the
cation-radical form of the parent 1, 4-diallyl-butane (I) and its derivatives (II)−(VI). In these …

Strong Coulomb repulsion between the two charges in a square planar mixed-valence cell
in quantum cellular automata (QCA) allows us to encode the binary information in the two …

In this article, we develop a vibronic theory of clocking in molecular quantum cellular
automata (QCA). The clocking mechanism is considered for a trigonal trimeric mixed …

Quantum Dot Cellular Automata (QCA) is an emerging trend in the field of nanoelectronics,
and computing can be regarded as an alternative to the traditional complementary metal …

This article is largely oriented towards the theoretical foundations of the rational design of
molecular cells for quantum cellular automata (QCA) devices with optimized properties. We …

Power dissipation is more important than ever when designing digital systems. Moreover,
evaluating emerging technologies' boundaries is essential as conventional technologies …

The purpose of this short review article is to discuss at a simple qualitative level some key
requirements the mixed-valence (MV) molecules should meet to be potentially applicable as …