Sample Chapter(s)
Michael S. Turner (1,670 KB)
Contents:
- Soft Inflation and Generalized Einstein Theories (A L Berkin & K-I Maeda)
- Seesaw Model Predictions for the τ-Neutrino Mass (S A Bludman et al.)
- Background Radiation Inhomogeneities from Gas Processes (J R Bond & S T Myers)
- Supernova Neutrinos: Life after SN1987A (A Burrows)
- Extra Galactic Supernova Detector
- Neutrino Mass and the Supernova Watch (D B Cline)
- Maps and Motions of Galaxies in the Local Universe (A Dressler)
- Sudbury Neutrino Observatory (G T Ewan)
- Natural Inflation (J A Frieman)
- Light Neutralino Dark Matter is Still OK (K Griest)
- A Cosmic Axion Experiment (C Hagmann et al.)
- ‘Long-term’ Neutrino Flux Integrations (W C Haxton)
- Indirect Detection of Heavy Supersymmetric Dark Matter (M Kamionkowski)
- Baryonic Dark Matter (G Lake)
- The Cosmic Background Radiation Anisotropy Program at UCSB (P Lubin et al.)
- Testing Big Bang Nucleosynthesis (R A Malaney)
- Cosmic Rays from Primordial Black Holes (J H MacGibbon)
- Preliminary Estimates of Core-Collapse Supernova Rates from the Berkeley Automated Supernova Search (C Pennypacker et al.)
- An Observational Search for Axions (M T Ressell)
- Can a Massive Neutrino Close the Universe? (N Tetradis)
- Current Status of the PASS Superheated Superconducting Granule Detector (B G Turrell)
- Natural Late-Time Phase Transitions and Cosmology (R Watkins)
- Coherent Scattering — A Possible Origin of Cosmic Rays (K Zioutas)
Readership: Astrophysicists.
