Logical Gravity explains why particles, such as the photon and radiations are emitted at the speed of light

In an atom exists the stable balance between the electrons and the nucleus. When an external energy acts on an atom, it is excited and in consequence it produces luminous energy. This external energy is supplied in shape of electricity or heat. When it is excited, its electrons change their orbits and they lose part of their mass, which are the particles of the inferior level, the photons.

The electrons, in their stable orbits around the nucleus, return to similar orbit as they used to have before they have lost a small part of their mass. However, these photons captured by Logic Gravity of the nucleus of atom start to accelerate around this one and they look for an orbit of dynamic balance, and before reaching it, they achieve the velocity of light.

In this figure, the photon goes through the A₁A trajectory with an accelerated velocity v, while an energétron of the gravitational line NA₂, of the magnetic field of the nucleus, responsible for maintaining the photon in an orbit around the nucleus, goes from the nucleus on the N position, to the photon, on the A₂ position, with velocity c. When the accelerated velocity of the photon goes beyond, in a infinitesimal, the velocity of the gravity’s propagation c, the energétron, loaded of electricity which is responsible for electric force that equilibrates the trajectory of electrons with the centrifuge force, at the moment that arrives at A₂ position, where it would exert its gravitational force, will not find the photon that it has already left this position. As it does not exist gravitational force of the energétron, the photon detached from its orbit and has a narrow escape, with velocity c. The same thing happens with all particles that detached from atoms and create a various kind of radiations.

We can conclude that:
1º) The velocity of light’s propagation is infinitesimal lower than the velocity of light.

2º) All particles responsible for the electromagnetic radiations as the light, x ray, gamma ray, are emitted in the way above, in other words, they dispatched from their orbits at the moment that they reach the velocity c and have a narrow escape, when they are not reached by gravity.

3º) It does not exist a weak force responsible for the emission of radiations as it is reported by Science.