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Weak Kaon Production off the Nucleon
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Weak Kaon Production off the Nucleon
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The weak kaon production off the nucleon induced by neutrinos is studied at the low and intermediate energies of interest for some ongoing and future neutrino oscillation experiments. This process is also potentially important for the analysis of proton decay experiments. We develop a microscopical model based on the SU(3) chiral Lagrangians. The basic parameters of the model are fpi, the pion decay constant, Cabibbo's angle, the proton and neutron magnetic moments and the axial vector coupling constants for the baryons octet, D and F, that are obtained from the analysis of the semileptonic decays of neutron and hyperons. The studied mechanisms are the main source of kaon production for neutrino energies up to 1.2 to 1.5 GeV for the various channels and the cross sections are large enough to be amenable to be measured by experiments such as Minerva and T2K.
Forward citations
Cited by 3 Pith papers
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Neutrino-induced hyperon final-state interactions as constraints on the in-medium hyperon potential
Neutrino hyperon final-state interactions at SBND/DUNE constrain the sub-saturation U_Λ and U_Σ potentials, mapping them through a GM1 EOS to a neutron-star maximum-mass posterior set mainly by external priors.
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In-medium hyperon potentials and the quarkyonic hyperon onset: charged $\Sigma$'s in $\beta$-equilibrium and the neutrino connection
In-medium potentials give the quarkyonic hyperon onset weight-2 leverage on U_Y, ban Σ⁻ in β-equilibrium, keep TOV softening ≲0.025 M_⊙, and leave core strangeness prior-dominated once neutrino FSI pin U_Λ(n0).
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Accelerator neutrinos as a probe of in-medium hyperon potentials
StrangeMC forecasts that SBND/DUNE hyperon FSI observables constrain U_Λ(ρ0) to ~6 MeV after slope marginalization, with systematics distinct from hypernuclear data.
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