Present and Future of the Cosmic Microwave Background

The study of cosmic background radiation is of outstanding importance for our understanding of the universe. This volume reviews the field, emphasizing the observational data.

Inhalt
The CMB spectrum at centimeter wavelengths.- Recent measurements of the Sunyaev-Zel'dovich effect.- Clusters and the cosmic microwave background.- Theoretical aspects of the CMB spectrum.- Medium scale CBR anisotropy measurements: UCSB South Pole HEMT (199091) and MAX 3 (1991).- Results from the cosmic background explorer.- The MSAM/TopHat program for measuring the CMBR anisotropy.- The current status of the tenerife experiments and prospects for the future..- Making maps with the tenerife data.- Anisotropy of the relic radiation in relict-1 experiment and parameters of grand unification.- RELIKT1 and COBS-DMR results: A comparison.- Comments on the COBE 1 DMR quadrupole estimation.- Pip analysis of the Tenerife and ULISSE data.- Telling adiabatic perturbations from gravitational waves and the CMB polarization.- Imprints of galaxy clustering evolution on the CMB.- Analysis of texture on cosmic background maps.- Sakharov modulation of the spectrum of initial perturbations and its manifestation in the anisotropy of cosmic microwave background and galaxy correlation function.- Constraints on models from POTENT and CMB anisotropies.- Reionization and the cosmic microwave background.- Possible reionization and first structures in CDM.- CMB anisotropies in the reionized universe.- Microwave background anisotropies: Future plans.- New constraints on reionization from the Compton y-parameter.- Future projects on the Cosmic Microwave Background.- The COBRAS mission.