Limiting temperature of hadrons using states predicted from kappa-deformed Poincaré algebra

Details Limiting temperature of hadrons using states predicted from kappa-deformed Poincaré algebra Limiting temperature of hadrons using states predicted from kappa-deformed Poincaré algebra

1999-05-23

arxiv.org/abs/hep-ph/9905457v1

Indian J.Phys. 73B (1999) 409-415

Physics

High Energy Physics

High Energy Physics - Phenomenology

7 Latex pages including two figures

Scientific paper

The experimental hadronic density of states dN/dm, assumed to be a sum of normalized Breit- Wigner distributions and plotted as a function of the hadron mass m, fails to show a Hagedorn like growth beyond 2 GeV, probably due to a lack of data. Experimental hadronic states are fitted using $\ka$ -deformed Poincar\'e algebra and the fit is used to extrapolate for including states not detected. For the theoretical density of states the plot is a straight line in the log scale even beyond 2 GeV with a limiting temperature of 400 MeV.

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