Femtoscopy - Revision history

Tomasik at 13:28, 10 May 2021

2021-05-10T13:28:53Z

Tomasik at 13:14, 10 May 2021

2021-05-10T13:14:41Z

Tomasik at 13:13, 10 May 2021

2021-05-10T13:13:05Z

Tomasik at 13:09, 10 May 2021

2021-05-10T13:09:52Z

Bleicher at 08:09, 10 May 2021

2021-05-10T08:09:32Z

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Tomasik: Created page with "Femtoscopy allows to observe the space-time structures and their sizes. It uses momentum correlations."

2018-10-29T22:00:18Z

Created page with "Femtoscopy allows to observe the space-time structures and their sizes. It uses momentum correlations."

New page

Femtoscopy allows to observe the space-time structures and their sizes. It uses momentum correlations.

← Older revision		Revision as of 13:28, 10 May 2021
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−	In [https://en.wikipedia.org/wiki/Physics physics], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)~~\|intensities]~~] received by two detectors from a beam of particles. HBT effects can generally be attributed to the [https://en.wikipedia.org/wiki/Wave–particle_duality wave-particle duality] of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s. Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].	+	In [https://en.wikipedia.org/wiki/Physics physics], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of correlation and anti-correlation effects in the [https://en.wikipedia.org/wiki/Intensity_(physics) intensity (physics)] received by two detectors from a beam of particles. HBT effects can generally be attributed to the [https://en.wikipedia.org/wiki/Wave–particle_duality wave-particle duality] of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s. Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].

	== History ==		== History ==

← Older revision		Revision as of 13:14, 10 May 2021
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−	~~{{Use dmy dates\|date=June 2016}}~~	+	In [https://en.wikipedia.org/wiki/Physics physics], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)\|intensities]] received by two detectors from a beam of particles. HBT effects can generally be attributed to the [https://en.wikipedia.org/wiki/Wave–particle_duality wave-particle duality] of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s. Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].
−	In [[physics]], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)\|intensities]] received by two detectors from a beam of particles. HBT effects can generally be attributed to the [https://en.wikipedia.org/wiki/Wave–particle_duality wave-particle duality] of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s. Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].

	== History ==		== History ==

@@ Line 1: / Line 1: @@
 {{Use dmy dates|date=June 2016}}
-In [[physics]], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)|intensities]] received by two detectors from a beam of particles.  HBT effects can generally be attributed to the <ref>https://en.wikipedia.org/wiki/Wave–particle_duality</ref> of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s.  Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].
+In [[physics]], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)|intensities]] received by two detectors from a beam of particles.  HBT effects can generally be attributed to the [https://en.wikipedia.org/wiki/Wave–particle_duality wave-particle duality] of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s.  Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].
 == History ==

@@ Line 1: / Line 1: @@
 {{Use dmy dates|date=June 2016}}
-In [[physics]], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)|intensities]] received by two detectors from a beam of particles.  HBT effects can generally be attributed to the [[wave–particle duality]] of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s.  Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].
+In [[physics]], the '''Hanbury Brown and Twiss''' ('''HBT''') '''effect''' is any of a variety of [[correlation]] and anti-correlation effects in the [[intensity (physics)|intensities]] received by two detectors from a beam of particles.  HBT effects can generally be attributed to the <ref>https://en.wikipedia.org/wiki/Wave–particle_duality</ref> of the beam, and the results of a given experiment depend on whether the beam is composed of [[fermion]]s or [[boson]]s.  Devices which use the effect are commonly called [[intensity interferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]].
 == History ==