Phenomenology of $n$-$\bar{n}$ Oscillations Revisited

Abstract

We revisit the phenomenology of $n$-$\bar{n}$ oscillations in the presence of external magnetic fields, highlighting the role of spin. We show, contrary to long-held belief, that the $n$-$\bar{n}$ transition rate need not be suppressed, opening new opportunities for its empirical study.

15 pages, REVTeX; revised and rewritten to focus on SM spin-dependent effects, conclusions persist

References in corpus (1)

• Simplified models with baryon number violation but no proton decay

Cited by in corpus (3)

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• Leptoquarks, axions and the unification of B, L, and Peccei-Quinn symmetries
• RG evolution and effect of intermediate new physics on $\Delta B=2$ six-quark operators