Vacuum Elasticity Model (E-VEM): A Topological Field Theory of Matter and Antimatter
Makaleler > Tam Makale · 2025
Yazarlar: ÇAKIR, Olcay Kaan
Zenodo (CERN European Organization for Nuclear Research), Uluslararası, 2025
Özet
This work introduces the Vacuum Elasticity Model (E-VEM), a unified theoretical framework in which matter and antimatter emerge as topological soliton excitations of an elastic vacuum field. The model treats the vacuum as a deformable medium described by a complex scalar order parameter whose phase winding defines a conserved topological charge. Positive winding corresponds to matter, negative winding to antimatter. The E-VEM action incorporates kinetic, elastic, torsional, and gravitational curvature terms, enabling the theory to reproduce: the origin of particle mass as elastic energy stored in topological knots, matter–antimatter annihilation as smooth topological unwinding, Newton’s constant and general-relativistic gravity as consequences of vacuum deformation, flat galactic rotation curves without dark matter via large-scale elastic response. This description provides a continuous, geometric interpretation of particle identity, stability, and gravitational behavior, offering a unified perspective that links quantum field theory, topology, and cosmology.