Transistor scaling has pushed channel lengths to the nanometer regime where traditional approaches to MOSFET device physics are less and less suitable This short course describes a way of understanding MOSFETs that is much more suitable than traditional approaches when the channel lengths are of...
Joerg Appenzeller
Lee Stauffer
Ron Reifenberger
Supriyo Datta
The Arnold Sommerfeld Center for Theoretical Physics (ASC)
Dr. Michael Russell of Mt. Hood Community College in Gresham, Oregon USA (mhchem.org)
Oxford University
Mark Lundstrom
Muhammad A. Alam
College of Engineering - University of Michigan
Kenneth Joy
Oxford University
Karriem Hameed
Cambridge University
Jason D. Carr
Dr. J. N. O'Shea
Rashid Bashir
Aswathy BR
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Cambridge University
Oxford University
Computer Science & Engineering
shrikant mhase
Michael Russell
The Open University
None
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Oxford University
Oxford University
RNZ
Matthew
John J. Norton
Christine Barthold
Wolfgang Hürst, Utrecht University
Salem Morgan
Cambridge University
Supriyo Datta
MR.Professor
Zach Cato
Cambridge University
Justin Michael
Victoria Cross
MCMP Team
University of Aberdeen
Greg Moller
Matthew Jordan
Cambridge University
Brendan Kern
Oxford University
cnboosalis
Cambridge University
Dr. Lauren Seifert
Stephen Warren
Greg Moller
None
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Bree Trisler
Oxford University
Darab Ali
Cartographic
Michele Suhie
Theodore P. Pavlic
Neil Gorman (DSW, LCSW, AP)
Oxford University
Eamon Keating
Vayveeayn Train
Too Much Jordan B Peterson Podcast
Jennifer
Oxford University
Clancy Wilmott
Patrick O'Connor
Rick Grush
Widmark balmores
K. Jake Patten, PhD
JENCY JAMES
Oxford University
Communications and External Liaison Office
Mara Whiteaker
University of Twente
N. S.
Michele M Suhie
None
Mazal Mizrahi
Franklin Jacoby
Oxford University
Loyal Books
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Mpower Training Solutions
Josh Lomahan
Dan Gusfield
Oxford University
Demian Gonzalez
Wolfgang Huerst, Utrecht University
Mr. Vasiliades/Mr. Koepplin
Jean-Claude Bradley