Strange quark matter fragmentation in astrophysical events

Abstract

The conjecture of Bodmer-Witten-Terazawa suggesting a form of quark matter (Strange Quark Matter) as the ground state of hadronic interactions has been studied in laboratory and astrophysical contexts by a large number of authors. If strange stars exist, some violent events involving these compact objects, such as mergers and even their formation process, might eject some strange matter into the interstellar medium that could be detected as a trace signal in the cosmic ray flux. To evaluate this possibility, it is necessary to understand how this matter in bulk would fragment in the form of strangelets (small lumps of strange quark matter in which finite effects become important). We calculate the mass distribution outcome using the statistical multifragmentation model and point out several caveats affecting it. In particular, the possibility that strangelets fragmentation will render a tiny fraction of contamination in the cosmic ray flux is discussed.

arXiv comment13 pages, 4 figures

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Cited by in corpus (24)

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• Anisotropic quark stars in $f(R)=R^{1+\epsilon }$ gravity
• Merging Strangeon Stars
• The scenario of two families of compact stars 2. Transition from hadronic to quark matter and explosive phenomena
• Quark deconfinement and the duration of short Gamma Ray Bursts
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