Accession Number : ADA289143
Title : Semiconductor Science and Technology. Volume 9. Number 118. Winterschool on New Developments in Solid State Physics (8th) held in Salzburg, Austria on 14-18 Feb 94.
Corporate Author : AMERICAN INST OF PHYSICS NEW YORK
Personal Author(s) : Bauer, G. ; Kuchar, F. ; Heinrich, H.
PDF Url : ADA289143
Report Date : NOV 1994
Pagination or Media Count : 184
Abstract : The Eighth International Winterschool on New Developments in Solid State Physics, entitled Interaction and Scattering Phenomena in Nanostructures, was held in Mauterndorf Castle, Salzburg, Austria on 14-18 February 1994. A total of 69 papers (including posters) were presented at the meeting. 28 invited papers are printed in this volume. As usual, it was intended to have the most recent highlights in low dimensional physics presented at this meeting. The main topics were: Composite fermions and fractional quantum Hall effect; Mesoscopic transport and chaos; Low dimensional tunnelling; Wires: spectroscopy and lasing action; Bloch oscillations and ultrafast phenomena; Coupled quantum wells and superlattices; Si/SiGe heterostructures; Microcavities. The success of this conference series relies heavily on the invited speakers, who made real efforts to give lucid presentations of their work. The event's strong international tradition was maintained by a total of about 190 scientists attending from 20 countries.
Descriptors : *SEMICONDUCTORS, *SOLID STATE PHYSICS, FRACTALS, METALS, OPTICS, SCATTERING, MAGNETIC FIELDS, SYMPOSIA, SIZES(DIMENSIONS), SPECTROSCOPY, HALL EFFECT, QUANTUM THEORY, CHAOS, QUANTUM WELLS, ELECTROLUMINESCENCE, GALLIUM ARSENIDES, PHOTOLUMINESCENCE, SUPERLATTICES, COHERENCE, CHARGE CARRIERS, CHEMICAL VAPOR DEPOSITION, PHYSICS, SILICON, RESONANCE, RELAXATION, GROUND STATE, ALUMINUM ARSENIDES, KINETICS, GERMANIUM, AUSTRIA, OSCILLATION, FERMIONS, TUNNELLING, WIRES, COUPLINGS, CAVITY RESONATORS, EXCITONS, WAVE PACKETS, ULTRAHIGH VACUUM.
Subject Categories : Inorganic Chemistry
Electrical and Electronic Equipment
Solid State Physics
Distribution Statement : APPROVED FOR PUBLIC RELEASE