For many years, the semi-classical Boltzmann approach to transport in semiconductors has
been very successful in interpreting the physics of electron devices, in a fast evolving …

In this paper, we report on the possibility of using particle-based Monte Carlo (MC)
techniques to incorporate all relevant quantum effects in the simulation of semiconductor …

It is certain that electrical properties-whether slow (sec) or fast (nsec), even optical (fsec)-are
described by Maxwell's equations, and there are terms that depend on the rate of change of …

We present results of ultrascaled double-gate MOSFET operation and performance obtained
from a new self-consistent particle-based quantum Monte Carlo (MC) approach. The …

With the size down and integration of power devices, the internal thermal management
problem has become particularly severe. Especially in the channel region, significant heat …

Kirchhoff's current law says that current does not accumulate. The continuity equation says
that current does accumulate when currents and voltages vary. The continuity equation is …

Hot carrier solar cells were first proposed many decades ago. Over the intervening years,
there has been a continuing quest to create these cells, which hold promise to shatter the …

In this work the Madelung picture is applied to the single qubit systems. The projective
aspect of the Madelung quantities and the polar expression of the components of the …

The decoherence of a quantum system is ascribed to its enetanglement with another system
considered as the environment, thus the quantitative evaluation of entanglement formation …

Modeling the single electron dynamics under the influence of an electromagnetic field is
important for next-generation electronic solid-state quantum systems for electron quantum …