A Δ(54) flavor model with triple inverse seesaw produces neutrino mixing angles consistent with data, matches dark matter relic abundance, and yields the observed baryon asymmetry via resonant leptogenesis at 10 TeV right-handed neutrino mass.
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A modified TM2 mixing matrix is constructed to reproduce the best-fit values of the three neutrino mixing angles within 1 sigma and remains adjustable for future data updates.
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Connecting Neutrino Masses, Dark Matter and Leptogenesis from $\Delta(54)$ Flavor with Triple Inverse Seesaw
A Δ(54) flavor model with triple inverse seesaw produces neutrino mixing angles consistent with data, matches dark matter relic abundance, and yields the observed baryon asymmetry via resonant leptogenesis at 10 TeV right-handed neutrino mass.
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Modified TM2 for Reproducing All Best-Fit Values of Neutrino Mixing Angles
A modified TM2 mixing matrix is constructed to reproduce the best-fit values of the three neutrino mixing angles within 1 sigma and remains adjustable for future data updates.