Z3 P6 Neutrino Mass from Kink-Antikink Bound State R00

Z3 Information Substrate R00 - Paper P6: Neutrino Mass from Kink-Antikink Bound State Paper P6 of Z3 series - Solves neutrino mass smallness without see-saw. Companion records:P0 Master: 10.5281/zenodo.22794696P1 Full Proofs: 10.5281/zenodo.22796218P2 Flatness: 10.5281/zenodo.22797174P3 Information Geometry: 10.5281/zenodo.22795315P4 Higgs-Yukawa: 10.5281/zenodo.22795288P5 Emergent Gravity MOND: 10.5281/zenodo.22795226 ABSTRACT:Neutrino mass ~0.05 eV is 10^6 times smaller than electron, see-saw needs 10^14 GeV scale ad-hoc. Z3 SOLUTION at g=0.60:- Neutrino = kink-antikink bound state (breather) of Z3 TFIM- Mass m_nu = Delta(g) * exp(-S_ent) where S_ent = entanglement entropy at critical point- DMRG L=40-80 chi=200: bound state energy ~ 0.05 eV emerges naturally from critical fluctuations- PMNS mixing = overlap of Z3 domain wall configurations - no sterile neutrino needed- Majorana vs Dirac = Z3 charge conjugation of kink pair Single point g=0.60 (nu=0.63) gives Higgs, Yukawa, a0, AND neutrino mass. Author: Ralf Diekmann - ORCID: https://orcid.org/0009-0009-4284-7318License: CC BY 4.0Keywords: neutrino mass, kink-antikink, bound state, Z3 theory, DMRG, PMNS