Gravitation

All possible planes in space have one 2D energy-field each. A 2D energy-field is structured in latticework formation by quanta of matter in a plane. This structure extends infinitely in all direction in its plane. Combination of 2D energy-fields in all possible planes, together, forms the universal medium. Due to self-elongating properties of quanta of matter and frequent migration of quanta of matter into the fabrics of 2D energy-fields, constituent quanta of matter in a 2D energy field (in quanta-chains) of universal medium are held under compression from (both) their ends, even without presence of a limiting container. Should there be a local rupture in universal medium or presence of a 3D matter-particle; a gap is created in (one or more) 2D energy fields. 2D energy fields tend to grow into the gap in the universal medium. A 3D matter-particle, within the universal medium, experiences compression from the 2D energy-fields all around its surface. This compression is the gravitation. Gravitational effort (pressure) is a mechanical action by direct contact, applied by universal medium on 3D matter. 3D matter-core of each of the photons is an independent 3D matter-body. Therefore, gravitation acts directly on each of the photons (their 3D matter-cores) of a macro body rather than the surface of the whole body. Gravitational effort is a property of universal medium and its actions continue as long as the 3D matter-particle is in existence. Gravitational efforts are the cause of all creations and actions in 3D spatial system. Gravitation is an inherent property of universal medium derived from tendency of quanta of matter to reduce their existence into minimum spatial dimensions. Owing to latticework structures of 2D energy fields, gravitation is able to act only on curved surfaces of 3D matter. On convex surface gravitation is positive (higher push) action that causes gravitational attraction between two convex-curved 3D matter-particles. And on concave surface, it is negative (lesser push) action that may cause gravitational repulsion between two concave-curved surfaces of 3D matter-particles. Gravitation is unable to act on plane surface of 3D matter-particles. Gravitational effort is exerted by 2D energy fields in the direction away from the quanta-chains, which are exerting the effort. It is of push nature. All 3D matter-particles are disturbances with respect to 2D energy fields. However, as 3D macro bodies are structured by basic 3D matter-particles, curvature of 3D macro body’s perimeter has little effect on magnitude of gravitation. If the distortion-densities in 2D energy fields, on opposite sides of a 3D matter-particle, are different, distortions tend to redistribute by moving in the direction of lower distortion-density region. While doing so, distortions in the 2D energy fields carry a disturbance within the gap, along with them. This causes displacement of a disturbance in space.