Spin speed of a photon

A photon is the most basic 3D matter-particle. It is a corpuscle of light (radiation). Each photon has a segmented spherical (disc-shaped) 3D matter-core that spins about one of its central diameters that divides the disc into two segments. Faces of both segments have convex shape – forward face has less curvature compared to rearward face. Higher convex curvature at the rearward face of each segment produces higher ejection effort as compared to resistance offered by its forward face. Balance between these efforts keeps spin speed of the 3D matter-core a critical constant and proportional to its 3D matter-content. Attempt to increase spin speed of a photon tends to increase its 3D matter-content (frequency). Higher 3D matter-content enlarges the segment that leads to increased curvatures at its forward and rearward faces that result in higher resistance compared to ejection effort required for its motion. Similarly, attempt to reduce spin speed of a photon tends to reduce its 3D matter-content (frequency). These mechanisms from universal medium maintain spin speed (frequency) of a photon proportional to its 3D matter-content. Should the 3D matter-content and hence the frequency of a photon becomes very low, such that it is unable to maintain its linear and speeds at critical level, whole of its 3D matter-content would escape into surrounding universal medium to terminate existence of photon as a stable 3D matter-particle. However, associated moving structural distortions (remnants of dead photon) in surrounding universal medium continue to move within the universal medium, indefinitely. These moving distortions appear to us as CMB radiations. Should the 3D matter-content and hence the frequency of a photon continues to increase, convex curvatures at forward and rearward faces of 3D matter-core increase proportionately. A stage may reach such that linear component of resultant ejection effort on the 3D matter-core may not be sufficient support linear motion of the photon at its critical level. At this stage, linear speed of photon tends to reduce and pave way for the 3D matter-core to discard quanta of matter into surrounding universal medium and reduce its 3D matter-content. Therefore, photons with higher frequency (than about 1022 Hz.) are very rare in nature and they are unstable (have very short life span).