CMB Anisotropies Two Years After COBE: Observations, Theory and the Future; Proceedings of the 1994
The Table of Contents for the book is as follows:
Preface
I. The Experimental Situation Two Years After COBE: Anisotropies, and the CMB Power Spectrum
COBE DMR Data, Signal and Noise: Color Plates
CMB Two Years After the COBE Discovery of Anisotropies
Comparison of Spectral Index Determinations
Two-Point Correlations in the COBE-DMR Two-Year Anisotropy Maps
A Preliminary Analysis of UCSB's South Pole 1993–94 Results
CMB Anisotropy Measurements During the Fourth Flight of MAX
Observations of the Anisotropy in the Cosmic Microwave Background by the Firs, SK93, and MSAM-I Experiments
The Python Microwave Background Anisotropy Experiment
II. Theoretical Implications and Cosmology: The Early Universe, Large Scale Structure and Dark Matter
Testing Inflationary Cosmology and Measuring Cosmological Parameters Using the Cosmic Microwave Background
Inflation Confronts the CMB: An Analysis Including the Effects of Foreground
Testing Inflation with MSAM, MAX Tenerife and COBE
CMBR Anisotropy Due to Gravitational Radiation in Inflationary Cosmologies
Black Holes From Blue Spectra
Cosmic Microwave Background Anisotropies and the Geometry of the Universe
Ω and Cosmic Microwave Background Anisotropies
CDM Cosmogony in an Open Universe
Cosmic Microwave Background Radiation Anisotropy Induced by Cosmic Strings
Temperature Anisotropies in a Universe with Global Defects
The Nature Versus Nurture of Anisotropies
The Existence of Baryons at z = 1000
Polarization-Temperature Correlations in the Microwave Background
III. Related Issues: BBN Limits on ΩB, and Comparing Theoretical Predictions and Observations
Big Bang Nucleosynthesis and ΩB: A Guide for CMB Interpreters
Quoting Experimental Information