Preface. 1. Monte Carlo calculation of hot electrons and hot phonons (P. Lugli). 2. Ultrafast luminescence spectroscopy of semiconductors: carrier relaxation, transport and tunneling (J. Shah). 3. Nonequilibrium phonons in semiconductors (J.A. Kash and J.C. Tsang). 4. The highly nonequilibrium hot-hole distributions in germaniums (A.A. Andronov). 5. Femtosecond processes in semiconductors (C.V. Shank and Ph. Becker). 6. Nonequilibrium electron transport (A.F.J. Levi and S. Schmitt-Rink). 7. Hot-electron photoluminescence under continuous-wave pumping (D.N. Mirlin and V.I. Perel'). 8. Fluctuation spectroscopy of hot electrons in semiconductors (V. Bareikis et al.). 9. Photoelectronic processes in semiconductors activated to negative electron affinity (C. Hermann et al.). Author index. Subject index. Cumulative index.