Theory, laws, effects, mechanics Graceli for chain system for quantum radiotuneldynamics.

Quantum tunnel dynamics and Graceli laws.
Quantum Radiotuneldynamics.
Quantum thermotunel dynamics.
According to the temperature and thermal transmission potential of the emitter material, and barrier thermicity, and pressure, electromagnetism will have a tunnel effect of thermal radiation.


Quantum Tunnel Dynamics Electromagnetic
According to the potential of electromagnetism the temperature and potential of thermal and electromagnetic transmission of the emitter material, and thermicity with barrier conductivity, and pressure electromagnetism will have tunnel effect of thermal and electromagnetic radiation.


Quantum Radiotuneldynamics.
According to the molecular structure, interactions of positive and negative ions, physical state, isotope type and its potential for transmutation, is in fission or fusion, radioactivity in relation to materials and energies, potential of electromagnetism at temperature and Potential of thermal and electromagnetic transmission of the emitting material, and thermal conductivity of the barrier, and pressure, electromagnetism will have tunnel effect of radioactivity, thermal and electromagnetic radiation.

And from these there will be other effects, and phenomena such as radiation, wave frequency, entropy, energy and mass dilations, scattering, as well as the action of barrier reversal returning radioactive, thermal, electromagnetic, and dynamical energies to the body Emitter, that is, the system becomes a growing chain for the three agents involved.
The body emitting radioactivity, its barrier and its structural, thermal and electromagnetic physical constitution, and also the phenomenon of tunneling [transpassage] and that in turn according to the intensity and time starts to act on the barrier and also on the emitting body, closing The chain cycle.

Since in the reversion there is a chain cycle with actions on the structures and functions of both radioactivity, electromagnetic, thermal, dynamics, molecular structure, and ionic power between positive and negative charges, with changes in progression effects and random jumping fluxes Between all phenomena and their variations.

However, this whole process can occur within the same particle, where the proton that releases energy radioactivity will find the electron, which will return forming a system of chains, progressively increasing the system of radioactivity, and all phenomena. [By this process enters the Coulomb barrier, however, it is naturally overcome, as it is confirmed by experience that the system continues to operate and in variational effects. [Note, the physical barrier in external tunneling differs from the Coulomb barrier within the atoms, where internal tunneling also occurs].

This is another of the great agents in the production of energies and production of photons and temperatures in the stars.

Relativism and indeterminism of Graceli's cycle of energy reversal chains

Since Graceli's energy reversal chains lead to generalized relativism and indeterminism, and with effects on uncertainties for all phenomena involved or present in the process, such as entropies, ion interactions, transformations and transmutations, tunnels, entanglements, random vibrations And random jumps, mass dilations, and other phenomena.


Mechanical tunneling Graceli.
The tunnel can also be produced by vibrations of waves and electrons after shock, that is, if one side of an iron bar was made an insert with another iron, the vibrations according to the intensity will cross other iron barriers producing sound waves, Vibration, air displacement, electron instability, and also depending on the intensity produce other effects and other phenomena such as: vibrations, wave frequency, entropies, dilations, electron instabilities, refractions and diffractions, spectra, unstable jumps and Inopportune snapshots of particles and radiations, and other phenomena.

The barrier of Coulomb does not enter here in this case, because it is not a barrier of Coulomb, but a physical barrier with a means of transpassage, neither that it is not nuclear fusion nor electrostatic interaction that two nuclei may be close enough to A fusion reaction.

The Coulomb barrier or Coulomb barrier, named after the physicist Charles-Augustin de Coulomb (1736-1806), is the energy barrier due to the electrostatic interaction that two nuclei need to overcome so that they may be close enough to provide a nuclear fusion reaction . The energy of the barrier is given by the electrostatic potential energy:


That is, it deals with other quadratic tunelodynamic parameters of Graceli for a quantum tunnel dynamics with new laws, effects and phenomena. That is, it does not fit into an electrostatic mechanics for energy potential.

Therefore, getting away from what may be related to the Coulomb barrier, or nuclear fusion reaction.