Internal Time of Photons and Wavelength: Extreme Limits and Ontological Implications

This work extends the Majchrzak Theory of internal photon time by introducing extreme physical limits: the minimal photon wavelength is assumed to be the Planck length, while the maximal wavelength equals the speed of light c in vacuum. Using this assumption, the range of photon internal time rates spans over 43 orders of magnitude. This framework preserves the formalism of quantum mechanics and relativity while providing an ontological interpretation of extreme temporal scales of quantum states. Implications for entanglement, cosmology, and fundamental physics are discussed.