Importance of multi-mesonic fusion processes on (strange) antibaryon production

Details Importance of multi-mesonic fusion processes on (strange) antibaryon production Importance of multi-mesonic fusion processes on (strange) antibaryon production

2002-08-30

arxiv.org/abs/nucl-th/0208080v2

AIP Conf.Proc. 644 (2003) 337-347

Physics

Nuclear Physics

Nuclear Theory

14 pages, 8 figures; new version in standard reftex; version of proceedings attached as postscript file; invited talk at CRIS2

Scientific paper

Sufficiently fast chemical equilibration of (strange) antibaryons in an environment of nucleons, pions and kaons during the course of a relativistic heavy ion collision can be understood by a `clustering' of mesons to build up baryon-antibaryon pairs. This multi-mesonic (fusion-type) process has to exist in medium due to the principle of detailed balance. Novel numerical calculations for a dynamical setup are presented. They show that - at maximum SPS energies - yields of each antihyperon specie are obtained which are consistent with chemical saturated populations of T approximately 150-160 MeV, in line with popular chemical freeze-out parameters extracted from thermal model analyses.

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