Mechanics Graceli, chain cycle, effects and uncertainties for tunnels.
Effect 1440 to 1460.

Strength of Graceli.

The Graceli theory of intermediate and transient states in relation to the vibrations of electrons by time, energies, densities and also the radioactives of Graceli and Graceli tunneling.

Viscous state.
The viscous state is an intermediate state between the solid and the liquid, where the viscosity follows varying degrees forming infinite states.

The same happens with states between the liquid and the gaseous.

Even the liquid, solid and gaseous state has varying degrees of vibration, and depends on the types of materials, how the mercury and water differ.

That is, even gases have densities and intensities of varying distributions and densities, forming states within states.

The same is true of solids, where crystals have a type and potentiality of density, conductivity, malleability and other particularities. Different from steel, iron, and others.

The same is seen in the energies and flows of electrons between all. That is, states pass through phases and phases, and in relation to each type and potentialities of energies in which they are going through, such as temperatures, radioactivity, electromagnetism, plasmas, dynamics, pressure and others.

Where so transcendent mechanics and effects are formed for all kinds of transient and transcendent states, as well as energies.

The effects of magnetic fields on electrical conductivity have a series of phases. A chemistry phase is a kind of configuration of the molecules that make up a substance. Under increasing pressure, dynamics, electromagnetism, and temperature, and all materials undergo phase transitions of both matter and energy states, as well as the radioactivity, chain and tunneling states of Graceli.


Force of Graceli -

 In certain situations, instant and intensity have actions of ion interactions, and in future moments this action of force disappears. That is, it exists and ceases to exist, and comes into being in the future in full force, and then disappears.

The same phenomenon of attraction and repulsion happens during tunnels and streams of gamma radiations. Where in certain situations also the one of attraction overcomes the one of repulsion and soon it reverses the actions of force of Graceli.

That is, if it has two quantum characteristics of fields: to appear and disappear, and to change intensity and meaning becoming the inverse.

As occurs vibrations, displacements of spins, regions of particles, sides of particles if have this effect of forces of Graceli, where the same particle and phenomena can produce varied intensities, disappear and reappear, and change from the sense of attraction to refraction and vice versa .

The same happens during tunneling and reflection tunneling, where you can have varied fields at different times and in one moment, that is, if you can have more than one field in the same particle, in one time and place.

On the other hand there is also an uncertainty, because it can not be said when and how these changes and changes will happen.



Mechanics, effects and uncertainties for tunnels.


Uncertainty of tunneling and reflection of tunneling, refractions and spectra, entropies and dilations.
During radioactive tunneling, there are own phenomena and effects that only occur during these phenomena.
That is, if there are three well-defined phases:

1] of the main agent.
2] A of the agent that will be pierced.
3] And the phenomena that occurred during the transpassage.

Where everyone undergoes transformations during the phenomenon. For it will depend on the energy potential of agent 1, its atomic number, and transmutation and tunneling potential.

The material and electrons within the material to be pierced, as well as its temperature, kinetic energy, electromagnetism, free electrons, material type and potential, radioactivity of the material itself, as well as radioactivity, thermicity, and electromagneticity of materials. And time effects of the phenomena in each cycle of round trip.

Where will be a variational tunneling, relative and uncertainty of quantity, distribution, scattering, intensity, reach, life time.

Where also the tunneling if it is in a closed system or under pressure will have effects on both the barrier and the beginning agent, forming a system of chains, and indeterminate chains.
Where uncertainty will increase as intensity, cycles, and time increases.

And that also has variations on the field of Graceli, where one can be in a situation to be attractive and in nearer times to be repulsive, to exist and to cease to exist, has great intensity and in another small time has very little intensity.



Also, there is a variability of effects for the frontal radioactivity, for the frontal barrier to the radiation of the posterior, and also for the frontal tunneling that dissipates, forming a system of decreasing variational effects.

Where for all situations there are levels of uncertainties and mechanics of quantum fluxes, quantum fluctuations, entanglements, entropies, conductivity, scattering and energy distributions.