Baryon-Number Nonconservation and the Stability of Strange Matter

Physics – High Energy Physics – High Energy Physics - Phenomenology

Scientific paper

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14 pages, LaTex, 2 figures available upon request from evan@ucrph0.ucr.edu

Scientific paper

If baryon-number nonconservation exists in the form of an effective six-quark operator which also changes strangeness by four units, it could have a tremendous impact on the absolute stability of strange quark matter. We show that such an operator is negligible in the supersymmetric standard model with $\lambda_{ijk} u_i^c d_j^c d_k^c$ terms in the superpotential, but may be of importance in models with exotic particle content. From the experimental lower limit of $10^{25}$ years on the stability of nuclei, we find a model-independent lower limit of the order $10^5$ years on the stability of strange matter against such decays.

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