Unstable photon

A stable photon is the most basic 3D matter-particle. It is a combination of a disc-shaped 3D matter-core and structurally deformed region in universal medium in its immediate surroundings. The combination becomes a stable photon only when it attains critical properties of constant linear speed and spin-speed (frequency) proportional to its 3D matter-content. Universal medium sustains a photon in its stable state unless affected by external influences. In stable state of a photon, quantity of its 3D matter-content does not change but shape of its 3D matter-core changes continuously to suit the required ejection efforts. At the same time, inertial pocket also changes in distortion-densities and shapes of distorted regions in associated 2D energy fields for the same reason. Changes in the direction of photon’s motion or its 3D matter-content destabilize the photon. Changes in structural distortions in universal medium (about its 3D matter-core), caused by changes in the direction of its motion, destabilize the photon without affecting quantity of its 3D matter-content. Similarly, changes in the quantity of its 3D matter-content destabilize a photon by affecting structural distortions in universal medium (about its 3D matter-core). Changes in 3D matter-content of a stable photon may occur by addition or depletion of quanta of matter in its 3D matter-core. A free photon loses quanta of matter from its 3D matter-core at a constant rate during travel through long distances. However, universal medium sustains stability of the photon by making corresponding changes in photon’s spin speed (frequency). External actions may tend to influence a photon’s direction of linear motion. This is the most wide spread and common phenomenon that has direct bearing on its instantaneous linear speed. Structural distortions in surrounding universal medium gets further deformed in an effort to sustain photon’s stability. These additional structural deformations in universal medium will continue to be present as long as direction of its motion is affected by the external actions. This state of photon may be termed as unstable. An unstable photon is a stable photon moving in non-linear path. That is; it is stable by its 3D matter-content and its spin speed (frequency) but its path is not linear. It is the additional structural deformations in surrounding universal medium that transform a stable photon into an unstable one. All superior 3D matter-particles are formed by combinations of unstable photons.