Developing a new quantum transport simulator

As semiconductor devices scale down to nanoscale,
quantum transport simulation becomes more necessary
to predict the electrical characteristics of
devices. In this book, a new quantum transport
simulator - Schrodinger Equation Monte Carlo-3D
(SEMC-3D) has been introduced. SEMC-3D has the
capability to handle nanoscale 3D geometry and
several scattering processes. How to develop SEMC-3D
has been described in this book in detail. For
people who are interested in understanding or even
developing quantum transport simulator, this book is
definitely helpful to them.

Autorentext

Keng-Ming Liu, ECE PhD from UT Austin. His research focus on quantum transport simulation and semiconductor device physics. Currently he is a researcher in Nano Device Lab.(NDL), Taiwan.

Klappentext

As semiconductor devices scale down to nanoscale, quantum transport simulation becomes more necessary to predict the electrical characteristics of devices. In this book, a new quantum transport simulator - Schrodinger Equation Monte Carlo-3D (SEMC-3D) has been introduced. SEMC-3D has the capability to handle nanoscale 3D geometry and several scattering processes. How to develop SEMC-3D has been described in this book in detail. For people who are interested in understanding or even developing quantum transport simulator, this book is definitely helpful to them.