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- Glauber_correlation_function abstract "In optics, the Glauber correlation function is used to characterize different types of light based on its coherence properties. It was presented by Roy J. Glauber in 1963, when he used it to explain the fundamental differences between laser light and light from light bulbs. As a result, Glauber was awarded one half the 2005 nobel prize for \"for his contribution to the quantum theory of optical coherence\", with the other half shared by John L. Hall and Theodor W. Hänsch.".
- Glauber_correlation_function wikiPageExternalLink 2005.
- Glauber_correlation_function wikiPageExternalLink PhysRev.131.2766.
- Glauber_correlation_function wikiPageExternalLink PhysRev.140.B676.
- Glauber_correlation_function wikiPageExternalLink PhysRev.145.1041.
- Glauber_correlation_function wikiPageExternalLink PhysRev.130.2529.
- Glauber_correlation_function wikiPageExternalLink glauber-lecture.pdf.
- Glauber_correlation_function wikiPageID "48783195".
- Glauber_correlation_function wikiPageLength "2533".
- Glauber_correlation_function wikiPageOutDegree "7".
- Glauber_correlation_function wikiPageRevisionID "695146952".
- Glauber_correlation_function wikiPageWikiLink Category:Quantum_optics.
- Glauber_correlation_function wikiPageWikiLink Coherence_(physics).
- Glauber_correlation_function wikiPageWikiLink John_L._Hall.
- Glauber_correlation_function wikiPageWikiLink Optics.
- Glauber_correlation_function wikiPageWikiLink Roy_J._Glauber.
- Glauber_correlation_function wikiPageWikiLink Theodor_W._Hänsch.
- Glauber_correlation_function wikiPageWikiLink File:Correlation-interferometer.png.
- Glauber_correlation_function wikiPageWikiLinkText "Glauber correlation function".
- Glauber_correlation_function wikiPageUsesTemplate Template:Reflist.
- Glauber_correlation_function subject Category:Quantum_optics.
- Glauber_correlation_function comment "In optics, the Glauber correlation function is used to characterize different types of light based on its coherence properties. It was presented by Roy J. Glauber in 1963, when he used it to explain the fundamental differences between laser light and light from light bulbs. As a result, Glauber was awarded one half the 2005 nobel prize for \"for his contribution to the quantum theory of optical coherence\", with the other half shared by John L. Hall and Theodor W. Hänsch.".
- Glauber_correlation_function label "Glauber correlation function".
- Glauber_correlation_function wasDerivedFrom Glauber_correlation_function?oldid=695146952.
- Glauber_correlation_function isPrimaryTopicOf Glauber_correlation_function.