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At the core of the Photon Band Waveform Model lies the concept that photons, the quintessence of electromagnetic energy, are the primary constituents of all matter. This notion extends beyond their traditional role as carriers of electromagnetic force, proposing that through specific transformations governed by the laws of thermodynamics, photons can give rise to the diverse array of fundamental particles that constitute the universe.
Fundamental Particles as Derivatives of Photons
The Dynamic Spectrum of Particle Formation
- Gluons and Gravitons: Viewed through the lens of this model, gluons represent photons that have acquired a color charge, enabling them to bind quarks together and mediate the strong nuclear force. Gravitons, though theoretical, are envisioned as photons altered to mediate gravitational interactions, illustrating how different properties can emerge from the photon’s foundational energy.
- Neutrinos: These particles illustrate photons’ transition into the realm of matter, acquiring a very small mass. This shift exemplifies the model’s premise that mass emerges from specific energy transformations, facilitated by the quantum jitter and zero-point motion inherent in the photon’s behavior.
- W and Z Bosons: These particles showcase a more substantial transformation, where photons gain significant mass and the ability to mediate the weak…
