Attraction between unstable photons

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. A photon, whose 3D matter-core is (quantity-wise) stable and its inertial pocket (structural distortions in universal medium about it) is unstable, is an unstable photon. Additional deformations in universal medium about an unstable photon cause differences in structural distortion-densities around photon’s path. Distortion-density in universal medium will be greater on the concave side and lesser on the convex side of photon’s path. If paths of two unstable photons are within interactive distance, structural distortions in universal medium between them (depending on the directions of distortions) will either add together or subtract from each other. This will change balance between actions of universal medium on their 3D matter-cores. If distortion-density between the unstable photons is lower than distortion-densities on the outer sides of their paths, self stabilizing property of universal medium tends to distribute the structural distortions so that its stability is restored. Transfer of structural distortions in universal medium surrounding 3D matter-cores of these photons moves them towards each other. This is the apparent attraction between two unstable photons.