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The phenomenon of hopping, in which a particle executes a series of jumps between discrete states, has a fundamental role in a wide range of solid state transport phenomena. In these proceedings acknowledged experts in the field describe important recent progress in developing the phenomenology of hopping processes and applying it to different systems, including crystalline and amorphous semiconductors, glasses, polymers, mesoscopic conductors and high temperature superconductors.
Contents:
- Hopping Magnetotransport in the δ- Doping Layer (F Koch)
- Hopping Transport and Quantum Hall Effect: Absorption of Surface Acoustic Waves (I L Aleiner & B I Shklovskii)
- Disorder Effects on Small Polaron Formation and Hopping (D Emin)
- Hopping and Dissipative Tunnelling of Orientational Defects in Ice (G Careri et al.)
- Percolative Aspects of Viscous Flow Near the Glass Transition (A Hunt)
- Hopping Transport in Gallium Antimonide (S V Demishev)
- An Empirical Relation between Magnetoresistance and Hall Coefficient in Insulating n-CdSe (M P Sarachik et al.)
- Coulomb Gap in the Tunneling Density of States of Two-Dimensional Electron Liquid in a Strong Magnetic Field (A L Efros & F G Pikus)
- Low Energy Excitations and Non-Ergodicity in the Coulomb Glass (M Ortuño et al.)
- and other papers
Readership: Condensed matter physicists.
