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Antiproton annihilation in light nuclei

S. C. Phatak, N. Sarma

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Abstract

The possibility of antiproton annihilation on a cluster of nucleons is investigated. In the model, the annihilation forms a quark-gluon plasma droplet which on expansion coagulates into mesons and baryons. The energy spectra and multiplicities of mesons as well as kaon and lambda production ratios are computed. The probability of annihilation on a pair of nucleons is about ten percent, but the lower plasma temperature reduces strangeness production.

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What this paper is about

The possibility of antiproton annihilation on a cluster of nucleons is investigated. In the model, the annihilation forms a quark-gluon plasma droplet which on expansion coagulates into mesons and baryons. The energy spectra and multiplicities of mesons as well as kaon and lambda production ratios are computed. The probability of annihilation on a pair of nucleons is about ten percent, but the lower plasma temperature reduces strangeness production.

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Available abstract

The possibility of antiproton annihilation on a cluster of nucleons is investigated. In the model, the annihilation forms a quark-gluon plasma droplet which on expansion coagulates into mesons and baryons. The energy spectra and multiplicities of mesons as well as kaon and lambda production ratios are computed. The probability of annihilation on a pair of nucleons is about ten percent, but the lower plasma temperature reduces strangeness production.

Key concepts: Annihilation, Physics, Antiproton, Meson, Nuclear physics, Nucleon, Strangeness production, Particle physics

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