energy levels / ordinary metal / electron gas problem / real kinetic energy / twodimensional electron gas / lower-dimensional systems / electron systems / important fundamental energy scale / electron gas / typical interaction energy / energy bands / energy gap / energy range / antiferromegnetic exchange energy / energy change / metal-insulator / effect systems / lowdimensional systems / low dimensional systems / metal gates / condensed matter systems / spin systems / low dimensional electron systems / low-dimensional systems / finite energy gaps / metal-insulator transition / interaction energy / electron-electron interaction energy / quantum systems / explicit solution / physical and chemical properties / nanometer-scale systems / energy / metal / low-energy eigenstates / inverse square-law / theoretical tools / energy dissipation / typical kinetic energy / kinetic energy / gas-like phase / mesoscopic systems / low-dimensional quantum systems / energy gaps / exchange energy / cyclotron energy / electron gas stands / low dimensional quantum systems / energy dependence / high-energy / lowdimensional quantum systems / low-density high-mobility twodimensional electron systems / onedimensional systems / energy level spacing / energy spectra / twodimensional electron gas research / low-energy side / /
MusicGroup
Energy / A. Surface Science / /
OperatingSystem
Fermi / DOS / /
Organization
University of Georgia / Athens / Low-Dimensional Systems Michael R. Geller Department of Physics and Astronomy / /
Person
Robert Schrieffer / Elihu Abrahams / Franz Wegner / Richard Webb / Then David Thouless / Eugene Wigner / Bo Su / Bertrand Halperin / Yakir Aharonov / George Bendorz / Vladimir Goldman / Ai / Klaus von Klitzing / David Bohm / Robert Laughlin / Phillip Anderson / Hans Bethe / Rolf Landauer / Duncan Haldane / Kamerlingh Onnes / Leon Cooper / John Bardeen / David Thouless / Lev Landau / /
Quantum Phenomena in Low-Dimensional Systems Michael R. Geller Department of Physics and Astronomy, University of Georgia, Athens, GeorgiaJune 18, 2001) A brief summary of the physics of low-dimensional quan