The Net Advance of Physics: COSMIC MICROWAVE BACKGROUND

COSMIC MICROWAVE BACKGROUND see also ANISOTROPY:

• General: Lyth 93/12; Scott 95/02; Smoot 95/05; Smoot and Scott 97/11; Barreiro 99/07; Lineweaver 99/09; Dodelson 99/12; Kosowsky 2001/02; Signore and Puy 2002/07; Kamionkowski 2002/10; Silk 2002/12; Kosowsky 2003/01; Kinney 2003/01;
• Scott and Smoot 2006/01;
  • The Universe in Problems: Cosmic Microwave Background by Yu. L. Bolotin and I. V. Tanatarov [Problems for students.]

  • The Beginning and Evolution of the Universe by Bharat Ratra and Michael S. Vogeley [2007/06]
  • The Cosmic Microwave Background for Pedestrians: A Review for Particle and Nuclear Physicists by Dorothea Samtleben et al. [Ann. Rev. Nucl. Part. Sci. 57, 245 (2007)]
  • The violent Universe: the Big Bang by Keith A. Olive [2009/06](2009 European School of High-Energy Physics)
  • What do we learn from CMB observations? by Valery Rubakov and Andrey Vlasov [2010/02]
  • Physics of the Cosmic Microwave Background Radiation by David Wands et al. [2014/03]
  • Una revisión a la teoría básica del CMB by Jorge Mastache [2014/06]
  • Physics of the cosmic microwave background anisotropy by Martin Bucher [2015/01]
  • Particle physics and the cosmic microwave background by John E. Carlstrom et al. [Physics Today 68, 28 (March 2015)]
  • The Cosmic Microwave Background: The history of its experimental investigation and its significance for cosmology by Ruth Durrer [Class. Quantum Grav. 32, 124007 (2015)]
  • Recent results and perspectives on cosmology and fundamental physics from microwave surveys by Carlo Burigana et al. [2016/04]
  • The Dark Universe by Stefan S. Brems et al. [2017/09] Exercises and proceedings from the 2017 German-Italian WE Heraeus Summer School for teachers: supernova cosmology, virial theorem, rotation curves, CMB.

• General: Observational: Miller 2001/12; Page 2002/02; Kosowsky 2003/01;
  • An overview of the current status of CMB observations by Rita Belen Barreiro [2008/07]
  • What do we learn from CMB observations? by Valery Rubakov and Andrey Vlasov [2010/02]
  • CMB anisotropy science: a review by Anthony Challinor [2012/10]
  • The Cosmic Microwave Background: The history of its experimental investigation and its significance for cosmology by Ruth Durrer [Class. Quantum Grav. 32, 124007 (2015)]
  • Status of CMB observations in 2015 by Martin Bucher [2015/10]

• General: Observational: BALLOONS: de Bernardis and Masi 98/04;

• General: Observational: COMPACT SOURCES:
  • Cosmic Microwave Background Images by D. Herranz and P. Vielva [IEEE Signal Processing 27, 67 (2010)]

• General: COMPUTATIONAL: Callin 2006/06;
  • Data analysis methods for the cosmic microwave background by Matthieu Tristram and Ken Ganga [Rep. Prog. Phys. 70, 899 (2007)]

• General: COMPUTATIONAL: DIFFICULTIES: Bond et al. 99/03; Jewell et al. 99/03;
• Aspects: SUNYAEV-ZELDOVICH EFFECT;
• Aspects: DIPOLE COMPONENT OF ANISOTROPY: Lineweaver 96/09;
• Aspects: FLUCTUATIONS: Kosowsky 2001/02;
• Aspects: FLUCTUATIONS: Re: NEUTRINOS: Krauss 2006/05;

• Aspects: FOREGROUND REMOVAL: Jewell et al. 99/03;
  • CMB foregrounds -- A brief review by Clive Dickinson [Moriond 2016/06]

• LARGE-ANGLE ANISOTROPY ANOMALY:
  • Probing the Origin of the Large-angle CMB Anomalies by Kaiki Taro Inoue [Sci. & Tech. (Kinki Univ.) 19, 11 (2007)]

• Aspects: NON-LINEAR EFFECTS: Maartens 99/07;

• Aspects: POLARIZATION: Kosowsky 99/04; Gangui 2003/03; Zaldarriaga 2003/05;
  • What do we learn from CMB observations? by Valery Rubakov and Andrey Vlasov [2010/02]
  • Recent results and perspectives on cosmology and fundamental physics from microwave surveys by Carlo Burigana et al. [2016/04]

• Aspects: POLARIZATION: Observational/Experimental: Staggs et al. 99/04;
  • What do we learn from CMB observations? by Valery Rubakov and Andrey Vlasov [2010/02]
  • Cosmic Polarization Rotation in view of the recent CMB experiments by Sperello di Serego Alighieri [2015/05]

• Aspects: POWER SPECTRUM: Lineweaver 99/09;

• Re: COSMOLOGICAL CONSTANT: Church et al. 2001/11; Kinney 2003/01;

• Re: COSMOLOGICAL PARAMETERS: Melchiorri 2002/04; Souradeep 2006/07;
  • Recent results and perspectives on cosmology and fundamental physics from microwave surveys by Carlo Burigana et al. [2016/04]

• Re: DARK MATTER: Kamionkowski and Kosowsky 99/04; Olive 2003/03;
  • Recent results and perspectives on cosmology and fundamental physics from microwave surveys by Carlo Burigana et al. [2016/04]

• Re: DEFECTS: Kamionkowski and Kosowsky 99/04;

• Re: EARLY UNIVERSE:
  • Lecture Notes on CMB Theory: From Nucleosynthesis to Recombination by Wayne Hu [2008/02]

• Re: GALAXY FORMATION: Wright 97/11;
• Re: GRAVITATIONAL LENSING: Mellier 98/12; Bartelmann and Schneider 99/12;
• Re: GRAVITATIONAL RADIATION: Cohn 97/12; Kamionkowski 98/09;
• Re: INFLATION: Steinhardt 95/02; Kamionkowski 97/12; Liddle 98/01; Kamionkowski 98/09; Liddle 99/01; Kamionkowski and Kosowsky 99/04; Gangui 2001/02; Kosowsky 2001/02; Church et al. 2001/11;
  • WMAPping the Inflationary Universe by Raghavan Rangarajan [2006/12]

• Re: INTERFEROMETRY:
  • CMB interferometry by Clive Dickinson [2012/04]

• Re: INTERGALACTIC MEDIUM: REIONIZATION: Haiman and Knox 99/02;
  • Observing the Epoch of Reionization with the Cosmic Microwave Background by Christian L. Reichardt [2015/11]

• Re: MOTION OF LOCAL GROUP: Dekel 94/01;
• Re: PRIMORDIAL MAGNETIC FIELD: Kamionkowski and Kosowsky 99/04;

• Re: REIONISATION: Knox 2003/05;
  • Observing the Epoch of Reionization with the Cosmic Microwave Background by Christian L. Reichardt [2015/11]

• Re: TOPOLOGY OF UNIVERSE: Introductory: Kamionkowski 98/06;
• Re: TOPOLOGY OF UNIVERSE: Levin 2001/08;

THE NET ADVANCE OF PHYSICS