Radioactivity dynamics and quantum dynamics Graceli isotopy.



Effect decays.



The decay does not occur to the same degree of disintegration power of a specific radioactivity of an element. That is, even energy having a disintegration x, x + decay is [w / PP] of intensity, ie an infinitesimal progression is decreasing, while the disintegration is progressive only.


That is, even the disintegration occurring in a function x with respect to time, the decay is a function with respect to time over the conservation of momentum within the particle.



The fundamental law of radioactive decay states that the radioactive cores transformation rate is proportional to the number of nuclei of atoms.



Effect 1.


1] BUT CHANGE WITH CHANGES WITH MOMENTUM CONSERVATION GRACELI EFFECT ON TIME X, IE WITH THIS CHANGE THE MEANING OF NATURAL LAW OF RADIOACTIVE DECAY.



Effect 2.


Thus, a phenomenon occurs in a time x x in space, the decay will occur at a time y y space, that is, the time accompanying the space, where each area has its long as the distance between the two.



Or be kind, what we have is a variation between disintegration and internal decay, and a relationship and interaction with the momentum that is still preserved, the inertia that is still preserved, and the energy that the momentum is still preserved, that is, It does not happen at the same time, nor the same degree.



And this is for the isotopes in general and for the decays and decays.