Protective Neutrinos and Antineutrinos: The Neutrinic Model for Stable Coexistence of Matter and Antimatter

This article proposes a conceptual reformulation of beta decays and the internal composition of atomic nuclei, focusing on the active role of neutrinos and antineutrinos as energy shields. The central hypothesis suggests the existence of matter and antimatter particles—latent electrons and positrons—cohabiting the nucleus with the stabilizing support of neutrinos, (1), (2) (matter) and antineutrinos (antimatter), preventing their annihilation. Furthermore, the Neutrinic Model introduces neutral entities such as μ⁰ and τ⁰ resulting from heavy lepton decays, proposing a functional reorganization rather than extinction, (3). This approach offers a new perspective on the latent structure of nuclei and the cosmic equilibrium between matter and antimatter.