Photon versus hadron interferometry

Weiner, R.M.

Photon versus hadron interferometry

R.M. Weiner
(
- Philipps U. Marburg and
- Paris U., VI-VII
)

Jun, 1998

11 pages

Part of Measuring the size of things in the universe: HBT interferometry and heavy ion physics. Proceedings, 2nd Catania Relativistic Ion Studies, CRIS'98, Acicastello, Italy, June 8-12, 1998, 178-188

Contribution to:

2nd Catania Relativistic Ion Studies: Measuring the Size of Things in the Universe: HBT Interferometry and Heavy Ion Physics (CRIS 98), 178-188

e-Print:

hep-ph/9809202 [hep-ph]

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Abstract:

Photons and mesons are both bosons and therefore satisfy the same Bose-Einstein statistics. This leads to certain similarities in the corresponding Bose-Einstein correlations which underly photon and hadron intensity interferometry. However there are also important differences between the two effects and these will be analyzed in the following.

talk: Acicastello 1998/06/08
photon: interference
hadron: interference
correlation function: two-particle
boson: statistics
coherence
chaos
pi: condensation
optics: laser
photon: spin

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