Formation of Bitons

Two high-frequency photons of (almost) identical 3D matter-content, moving in parallel paths in opposite directions, are within range and spinning in phase with each other come under gravitational attraction between them. They would be spinning at the same frequency in the same direction with respect to each other and disc-planes of their 3D matter-cores will coincide at the moment they cross each other. At this moment, if the gravitational attraction between them is strong enough to deflect their paths so that the photons will move in common circular paths about common centre. The photons will continue to spin in phase with each other and their 3D matter-cores will continuously be coplanar. This combination of two high-frequency photons is a ‘biton’. A biton is the most stable and self-stabilizing 3D matter-particle. Strict parameters and complimentary movements of high-frequency photons, required to form a biton, restrict rate of bitons formed in universe. Very high stability of bitons ensure equally very low rate of destruction of bitons. However, ample supply of free bitons is available to form superior 3D matter-particles under suitable conditions. General shape of a biton is an imaginary tubular ring (formed by structurally distorted region in universal medium) with constituent photons placed at diametrically opposite points on its periphery and moving along the common circular path while spinning in phase with each other. Girth of this imaginary tube is least when disc-planes of photons’ 3D matter-cores coincide with the plane of their common circular path. Similarly, girth of this imaginary tube is most when disc-planes of photons’ 3D matter-cores are perpendicular to the plane of their common circular path.