This work demonstrates that the key parameters for the HLV theory's King Plot anomaly prediction are not arbitrary but are derived directly from the theory's first principles. * The mediator particle's mass of approximately 10 \text{ MeV/c}^2 is shown to be a direct consequence of the fundamental resonance frequency of the postulated HLV space-bit lattice. * Furthermore, the interaction's coupling strength of approximately 10^{-12} is derived from the different geometric scales of lepton and nucleon structures within the model. * This establishes the King Plot anomaly as a non-trivial and falsifiable prediction of the HLV framework, not a result of parameter fitting.
- Publié
- Serveur de preprints
- Zenodo
- DOI
- 10.5281/zenodo.15777132
This work demonstrates that the key parameters for the HLV theory's King Plot anomaly prediction are not arbitrary but are derived directly from the theory's first principles.
* The mediator particle's mass of approximately 10 \text{ MeV/c}^2 is shown to be a direct consequence of the fundamental resonance frequency of the postulated HLV space-bit lattice.
* Furthermore, the interaction's coupling strength of approximately 10^{-12} is derived from the different geometric scales of lepton and nucleon structures within the model.
* This establishes the King Plot anomaly as a non-trivial and falsifiable prediction of the HLV framework, not a result of parameter fitting.