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Semiconductors
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Recent progress in semiconductor physics, focussing on two-dimensional electron systems (2DESs), the fractional quantum Hall effect (FQHE), and superlattices (SLs). A new field-effect transistor is described, fabricated by molecular beam epitaxy and cleaved-edge overgrowth.
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Rainer Deutschmann: Homepage Find here the following information My research work on electronic transport in low-dimensional semiconductors, and neuromorphic engineering of integrated circuits All my scientific publications for download A growing series of picture galleries from my travels around the world NewPicture gallery...Semiconductor physics with a bias towards semiconductor lasers.
http://britneyspears.ac/lasers.htm
This electronic archive from the Ioffe Institute contains frequently needed information for the most important semiconductor materials. The archive includes physical properties of semiconductors and heterostructures such as band, optical, electrical, mechanical, thermal and other properties.
http://www.ioffe.ru/SVA/NSM/
This page introduces the Semiconductor Quantum Dots and the Spectral Hole Burning.
http://www.chollian.net/~pst1929/
Introduction to the quantum Hall effect.
http://www.xs4all.nl/~skoric/quantum/
Research on semicondunductors and semiconductor nanostructures, including ultrafast spectroscopy, spintronics, magnetic semiconductors and sample preparation and epitaxy.
http://www.physik.uni-marburg.de/hlexp/
Introductory information on this new type of semiconductor laser by the people who invented the Quantum Cascade Laser in 1994.
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Physical Sciences Quantum Cascade Laser Introduction Consider it an electronic waterfall: When an electric current flows through a quantum-cascade laser, electrons cascade down an energy staircase emitting a photon at each step. The cascade of light generated in this way makes the QC laser much more...A review article by David D. Awschalom, Michael E. Flatté and Nitin Samarth on a new type of semiconductor devices that function by using the spin of the electron.
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Science Technology at Scientific American.com: Spintronics Microelectronic devices that function by using the spin of the electron are a nascent multibillion-dollar industry--and may lead to quantum microchips Microelectronic devices that function by using the spin of the electron are a nascent multibillion-dollar industry--and may lead to quantum microchips By David D. Awschalom, Michael E. Flatt and Nitin Samarth As rapid progress in the miniaturization of semiconductor electronic...Publications and description of spin and charge transport in semiconductors and spin relaxation in metals.
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SPINTRONICS (Jaro Fabian) All spintronic devices act according to the simple scheme 1) information is stored (written) into spins as a particular spin orientation (up or down 2) the spins, being attached to mobile electrons, carry the information along a wire, and (3)...Research on nanotechnology and self-assembling techniques for novel materials and devices based on atomic monolayers, quantum wires and quantum dots.
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Halbleiterphysik Weber top of this page contact webmaster last updated: 10 August 2005...WinGreen is a quantum transport simulation package for layered semiconductors. Free download.
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MBE Group ISG1 Green is a simulation package for transport calculations in layered semiconductors. Based on realtime Green's functions it provides a quantum mechanical approach for the description of dynamic and kinetic properties of interacting many-particle systems in a thermodynamic nonequilibrium state. The...Program and database for multifrequency absorption spectra of semiconductors and dielectrics.
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"Spectra and Spectra (Program and Database) Programm and Database...A workshop module on scientific principles, resources and references on semiconductors.
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Semiconductors Semiconductors Acknowledgments Foreword Introduction What are Semiconductors? Historical Timeline Future Trends Scientific Principles References Resources Master Equipment Grid for Laboratories Laboratory Activities Module Quiz Glossary Videos Word Document MAST Home Page...Electronic text on the principles of semicondcutor devices.
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Principles of Semiconductor Devices Click on the image to start a short introductory animation requires the QuickTime plug-in)...Provides links to all manner of semiconductor and microsystems related information, including fabrication facilities, research activities, and standards work.
http://www-mtl.mit.edu:/semisubway/semisubway.html