Monte Carlo method for modeling of small signal response including the Pauli exclusion principle

Abstract

A Monte Carlo method for small signal analysis of the Boltzmann equation

Monte Carlo study of 2D electron gas transport including Pauli exclusion principle in highly doped silicon

“…In the study of ultra-short MOSFET, the transient regime is relevant and could be affected by the Pauli principle [13]. Therefore, an electric field step from 0.5 kV/cm to 50 kV/cm is applied to the 5 nm thick and 10 20 cm -3 doped silicon film.…”

Current transport models for nanoscale semiconductor devices

“…We have recently generalized a Monte Carlo algorithm originally developed for three-dimensional simulations [99] to a quasi-two-dimensional electron gas [100]. A similar method was later used to compute transport in the presence of a magnetic field [101].…”

“…In order to calculate the mobility, a subband Monte Carlo method is used to solve the system (34). Following the procedure outlined in [99], we assume the time dependence of the driving field to be a set of instantaneous delta-like pulses:…”