The Net Advance of Physics:
INTERFEROMETRY and INTERFERENCE

• General:
  • Introduction to Optical/IR Interferometry: History and Basic Principles by Jean Surdej [2017/09] Videos of lectures also available.
  • Advances in optical/infrared interferometry by F. Eisenhauer et al. [2023/03]

• General: Demonstrations: Breitenbach 2002;

• Type: ASTRONOMICAL: Saha 2002/02;
  • The unlikely rise of masking interferometry: leading the way with 19th century technology by Peter G. Tuthill [Proc. S.P.I.E. 8445, 02 (2012)]
  • Infrared interferometry and the study of massive young stellar objects by Paul A. Boley [2014/02] In Russian.
  • Interferometry meets the third and fourth dimensions in galaxies by Virginia Trimble [2014/10]
  • Phase masks in astronomy: From the Mach-Zehnder interferometer to coronographs by Kjetil Dohlen [2004]
  • Introduction to Optical/IR Interferometry: History and Basic Principles by Jean Surdej [2017/09] Videos of lectures also available.
  • A Review of Compact Interferometers by Jennifer Watchi et al. [2018/08]
  • Advances in optical/infrared interferometry by F. Eisenhauer et al. [2023/03]

• Type: ASTROPHYSICAL: ASTROMETRY:
  • Astrometric Interferometry by Michael J. Ireland and Julien Woillez [2018/12]

• Type: ASTRONOMICAL: VLBI: Garrett 2002/05; Bartel 2003/01;
  • All you ever wanted to know about optical long baseline stellar interferometry, but were too shy to ask your adviser by Florentin Millour [2008/04]
  • Interferometry and the Fundamental Properties of Stars by Guillermo Torres [2011/03]
  • Antennas and Receivers in Radio Interferometry by Todd R. Hunter and Peter J. Napier [2014/05]

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

• Type: ASTRONOMICAL: Re: STELLAR ATMOSPHERES:
  • Stellar interferometry as a tool to investigate atmospheres and to compare observations with models by Markus Wittkowski [2003/04]

• Type: ATOMIC:
  • Atom Interferometers by Alexander D. Cronin et al. [2007/12]
  • Interferometry with Atoms by J.-F. Schaff et al. [2015/04]

• Type: ELECTRON: Gefen 2002/07;

• Type: HONG-OU-MANDEL:
  • Hong-Ou-Mandel Interference by Agata M. Brańczyk [2017/11]

• Type: LANDAU-ZENER-STUCKELBERG:
  • Landau-Zener-Stuckelberg interferometry by S. N. Shevchenko et al. [Physics Reports 492, 1 (2010)]

• Type: MACH-ZEHNDER:
  • How do atomic three-grating Mach-Zehnder interferometers work? by Angel S. Sanz et al. [2014/02]
  • Asymmetric Mach-Zehnder atom interferometers by Boris Dubetsky [2017/10]
  • Phase masks in astronomy: From the Mach-Zehnder interferometer to coronographs by Kjetil Dohlen [2004]

• Type: MATTER-WAVE:
  • The Sagnac effect: 20 years of development in matter-wave interferometry by Brynle Barrett et al. [Comptes Rendu Physique 15, 875 (2014)]
  • Interferometry with Atoms by J.-F. Schaff et al. [2015/04]

• Type: NEUTRON:
  • Fundamental phenomena of quantum mechanics explored with neutron interferometers by J. Klepp et al. [2014/07]

• Aspects: SAGNAC EFFECT:
  • The Sagnac effect: 20 years of development in matter-wave interferometry by Brynle Barrett et al. [Comptes Rendu Physique 15, 875 (2014)]

• Re: CRYSTALS: Dutch 97/11; Breitenbach 2002;

• Re: IMAGING:
  • Principles of image reconstruction in optical interferometry: tutorial by Éric Thiébaut and John Young [Journal of the Optical Society of America A 34, 904 (2017)]

THE NET ADVANCE OF PHYSICS