Physics Asked by Kasper on January 1, 2021
As far as I’ve understood, instantons like the sphaleron can give rise to processes that violate $B+L$ but conserve $B-L$, where the baryon and lepton number can only change by a multiple of three. That would imply the deuteron could decay in an antiproton and a few triplets of leptons.
I’m curious what the lifetime of the deuteron would be with respect to this process. I would be satisfied with a very rough estimate; I understand it’s going to be an immense number.
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