1996arXiv (Cornell University)Open access

HBT from opaque sources

H. Heiselberg, Axel P. Vischer

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Abstract

Bose-Einstein correlations in relativistic heavy ion collisions are very different for opaque sources than for transparent ones. The source sizes in all three spatial directions measured in two-particle correlation functions depend sensitively on the mean free path of the particles. In particular we find that the outward radius for an opaque source is {\\it smaller} than the sidewards radius - as also found in several experiments - whereas the opposite is the case for standard transparent sources.

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What this paper is about

Bose-Einstein correlations in relativistic heavy ion collisions are very different for opaque sources than for transparent ones. The source sizes in all three spatial directions measured in two-particle correlation functions depend sensitively on the mean free path of the particles. In particular we find that the outward radius for an opaque source is {\\it smaller} than the sidewards radius - as also found in several experiments - whereas the opposite is the case for standard transparent sources.

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Available abstract

Bose-Einstein correlations in relativistic heavy ion collisions are very different for opaque sources than for transparent ones. The source sizes in all three spatial directions measured in two-particle correlation functions depend sensitively on the mean free path of the particles. In particular we find that the outward radius for an opaque source is {\\it smaller} than the sidewards radius - as also found in several experiments - whereas the opposite is the case for standard transparent sources.

Key concepts: Opacity, RADIUS, Physics, Mean free path, Path length, Earth radius, Computational physics, Astrophysics

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