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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.

por Marcel Krüger

Publicada: 30 de junio de 2025
Servidor: 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.

Puedes escribir una PREreview de 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.. Una PREreview es una revisión de un preprint y puede variar desde unas pocas oraciones hasta un extenso informe, similar a un informe de revisión por pares organizado por una revista.

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