Implications of an Electron-Positron-Lattice Model of Space for EM Waves as a Possible Reconciliation of QM with RT
Robert Guy Grantham
Ian Grant Montgomery
The spectrum of electromagnetic waves in vacuum space is discussed as a function of the vibrations of an
elastic electron-positron-lattice (the epola model of 1973 by M. Simhony). It is shown how wave propagation is subject to a finite velocity by an extension to the model for quantum substructure of the electron responsible for spin interactions stabilizing the lattice in a frustrated magnetic system. An implicit cut-off frequency for EM waves leads to the structure of mesons and potential reconciliation of Quantum Mechanics with Relativity Theory.
