We consider nuclei produced in core collapse supernovas and subjected to a high neutron flux. We show that an accelerator mass spectrometry experiment that searches for traces of anomalous iron isotopes could set limits of the order of 10^-20--10^-25 on (or perhaps discover) Pauli principle violation by neutrons. A similar search for anomalous Co isotopes could set limits in the range 10^-13--10^-18 on Pauli principle violation by protons. We show that existing data on oxygen can be used to set a limit of about 10^-17 in one proposed model of such violation.
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Baron et al. (1999) studied this question.
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