Improved Upper Limits on Baryon-Number Violating Dinucleon Decays to Dileptons

preprint2019arXivOpen access

Abstract

We consider effects of n−nˉn-\bar n oscillations and resultant matter instability due to dinucleons decays. We point out that existing upper bounds on the rates for the dinucleon decays nn→2π0nn \to 2π^0, nn→π+π−nn \to π^+π^-, and np→π+π0np \to π^+π^0 imply upper bounds on the rates for dinucleon decays to dileptons nn→e+e−nn \to e^+ e^-, nn→μ+μ−nn \to μ^+μ^-, nn→νℓνˉℓnn \to ν_\ell \barν_\ell, and np→ℓ+νℓnp \to \ell^+ ν_\ell, where ℓ=e, μ, τ\ell=e, \ μ, \ τ. We present estimates for these upper bounds. Our bounds are substantially stronger than corresponding limits from direct searches.

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