From Advance CMOS to Nano and Molecular Electronics
This page presents the links to the web sites which provide information about different aspects of electronics from conventional CMOS technology approaching its fundamental limits at nano scale (top down approach) to molecular electronics (bottom up approach).
- Transistors
- Electron Transport
- Electronic Devices and Integrated Circuits
- Molecular Electronics
- Spintronics
- Photonics
- Non-Profit Research Groups and Centers
- Industrial R & D
- Societies and Forums
Transistors
- Bipolar Junction Transistor
- How do Transistors Work
- Nanoscale Transistors – Heterostructure Fundamentals by Mark Lundstrom
- The Transistor in a Century of Electronics from Nobelprize.org
- Transistor at Wikipedia
- Transistors Tutorial by Tony van Roon
- Transistor/MOSFET tutorial - Yutube Video
- Circuit Analysis - Transistor Tutorial - Prelude to Operational Amplifiers - Part 1 Yutube Video
Electron Transport
- Concepts of Quantum Transport: Nano Devices and Maxwell’s Demon by Supriyo Datta
- Simple Theory of Ballistic MOSFET by Mark Lundstrom
- Theory of Spin–Polarized Bipolar Transport in Magnetic p-n Junctions by Jaroslav Fabian et al.
- Tutorial on Electronic Transport by Jesper Nygard
- What is Quantum Transport by Branislav Nicolic
- Electron Transport by Stephen Goodnick
Electronic Devices and Integrated Circuits
- All about Circuits
- Classes in Basic Electronics and Circuit Analysis by Alan Felzer
- Circuit Design
- Design in the Nanometer Regime: Process Validation by Kaushik Roy
- Design of CMOS Circuits in the Nanometer Regime: Leakage Tolerance by Kaushik Roy
- Electronics below 10 nm by Konstantin Likharev
- Electronics Circuits Engineering Introduction
- Electronics Tutorial
- Electronics Tutorial
- How Memory Works
- Integrated Circuit at Wikipedia
- NanoFabrics: Spacial Computing Using Molecular Electronics
- On the Reliability of Micro-Electronic Devices: An Introductory Lecture on Negative Bias Temperature Instability by Muhammad Alam
- Prospects for the Development of Digital CMOL Circuits by Konstantin Likharev
Molecular Electronics
- Biosensors: A Tutorial Review
- It will not be Easy to Replace Silicon said Gordon Moore
- Molecular Electronics at Wikipedia
- Nanodevices: a Bottom–up View by Suriyo Datta
- Nanotubes Basics
- NT06 Nanotube Tutorial
Spintronics
- Bipolar Spintronics: From Spin Injection to Spin–Controlled Logics by Igor Zutic et al.
- Novel Aspects of Spin–Polarized Transport and Spin Dynamics by Igor Zutic
- Quantum Computing with Antiferromagnetic Spin Clusters by Florian Meier
- Recipes for Spin–Based Quantum Computing by Veronica Cerletti et al.
- Silicon–Based Spin and Charge Quantum Computation by Belta Koiler et. al.
- Silicon Quantum Computation Based on Magnetic Dipolar Coupling by Rogerio de Sosa et al.
- Silicon Spintronics by Ian Appelbaum
- Spintronics at Wikipedia
- Spintronics: Fundamentals and Applications by Igor Zutic et al.
- Spintronics: Fundamentals and Applications by Branislav Nicolic
- Spin–Based Quantum Dot Quantum Computing by Xuedong Hu
- Spin Quantum Computation in Silicon Nanostructures by Das Sarma et al.
Photonics
- Fundamentals of Photonics from SPIE
- Fundamentals of Silicon Photonic Devices by Thomas Smith et al.
- Nanophotonics at Wikipedia
- Nanophotonics & Metamaterials by Vladimir Shalaev
- Photonic Crystals Tutorial by Steven Johnson
- The Laser Adventure by Rami Arieli
Non-Profit Research Groups and Centers
- Arizona Institute for Nanoelectronics at Arizona State University
- Caltech Quantum Optics
- Center for Molecular and Nanoscale Electronics at Durham University
- Center for Solid State Electronics Research at Arizona State University
- Cornell Nanophotonics Group
- Jaroslav Fabian Research Group at the University of Regensburg
- Konstantin Likharev Research Group at Stony Brook University
- Laboratory of Micro– and Nanotechnology at Paul Scherrer Institute
- Magnetic Materials Center at NIMS, Japan
- Mark Reed Group at Yale University
- Molecular Electronics and Devices – Reseach group at the Technical University of Delft, Holland
- Nanoelectronics Laboratory at the University of Cincinnati
- Nanoelectrnics Research Initiative - a University Consortium
- Nanoelectronics Research Center at the University of Glasgow
- nanoHUB – Web based resource for research, education and collaboration in nanotechnology at Purdue University
- Nanophotonics Group at the University of Cambridge
- NJ Tao Research group at Arizona State University
- Photonics Research Laboratories at McMaster University
- Research Laboratory of Electronics at MIT
- Surpiyo Datta Research Group at Purdue University
- Western Institute of Nanoelectronics
Industrial R & D
- CALMEC – Molecular electronics R & D
- HP Labs
- IBM Watson Research Center
- IMEC
- INTEL Research
- NEC Laboratories America
- Philips Research
- Qualcomm MEMS Technologies
- Sematech
Societies and Forums
- American Physical Society
- Foresight Institute
- IEEE – Institute of Electric and Electronic Engineers
- IEICE – The Institute of Electronics, Information and Computation Engineers
- Materials Research Society
- Semiconductor Industry Association
- Engineers' Tribune