Efeitologia726 to 805 ..
Multiple quantum leaps Graceli.
They are jumps of decay produced by fissions or fusions, that can involve more than two protons at the same time, occurring the called jumps of Graceli.
And where so also forms a transcendent atomic system of double jumps [or more] of particles within the atom.
Multiple tunneling Graceli.
The same can occur for quantum tunneling, where particles can transpose more than a classically prohibited energy state. As well as more than one particle can escape from regions surrounded by potential barriers.
The same holds true for quantum fluctuations, or photon jumps within an atom.
As well as for radiation fluxes during thermo-radio-photoelectric effect.
Quantum tunneling (or tunneling) is a phenomenon of quantum mechanics in which particles can transpose a classically prohibited energy state. That is, a particle can escape from regions surrounded by potential barriers even if its kinetic energy is less than the potential energy of the barrier. There are many examples and applications for which the tunneling is extremely important, and can be observed in the alpha radioactive decay, nuclear fusion, Flash memory, tunnel diode and tunneling current (STM) microscope.
Quantum multiple effect Graceli. [716].
The more radioactive a particle is exposed to temperatures, the more multiple phenomena will be for both tunneling and other phenomena. However, they will not occur in the same proportionality involving atoms more radioactive and with greater intensity of temperatures. Or even of insertion of photons on isotopes or radioactive.
Effect 717.
Tunneling does not occur in the same proportionality as the atomic number of the radioactive chemical elements increases.
Effect 718.
Other non-radioactive chemical elements may also produce tunneling in very low intensity.
Effect 719 to 725.
During tunneling, effects and variational phenomena occur on other phenomena such as entanglement, parity, refraction, spectra, dilations, entropies, jumps, radiations in tunneling, scattering, electromagnetic distributions, and others, with changes in momentum, energies, interactions between Positive and negative ions, transmutations of Graceli.
Effects 726 to 735.
According to the type and potentiality of the materials, their physical state and density, thickness and temperature have different variational effects for all phenomena such as: entanglement, parrakes, refractions, spectra, dilations, entropies, jumps, radiations in tunneling, spreads, distributions Electromagnetic, and low frequency sound waves, and others.
And with alterations on the momentum, energies, interactions between positive and negative ions, transmutations of Graceli.
Thus forming a tunneling mechanic according to dynamics and quantum fluxes and fluctuations, as well as phase changes in states of matter according to the types, potentialities, densities and potential transformations and interactions, and these phenomena in turn act and undergo changes in entanglements .
That is, a transcendental mechanics, relativistic and indeterministic, because during a tunneling so much can not be affirmed with certainty all the actions and intensities on the materials of the barrier of transpassage as of the other side after the transpassage. And the effects of these two on the first, that is, on the protons and electrons of the radioactive material.
That is, if there is a mechanic of undetermined and infinitesimal transcendentalities.
Where the cause produces the effect and the effect becomes the cause forming a system of exchanges of interminable interactions while the tunneling is happening.
Electrical tunneling.
Effect 735 to 744.
Electricity can cross barriers and produce sound waves [and low-frequency sound waves], and thermal, and electromagnetic waves on materials on the other side. With variational and cause effects and effects on thermal, radioactive phenomena, thermal radiation, currents and conductivity and changes on atoms and particles, and their dispositions and instabilities in the organizations of the charges. And with effects on phenomena such as:
: Entanglement, parities, refractions, spectra, dilations, entropies, jumps, radiations in tunneling, scattering, electromagnetic distributions, and others.
And with alterations on the momentum, energies, interactions between positive and negative ions, transmutations of Graceli.
Thermal tunneling.
Effect 746 to 755.
Temperature tends to cross barriers and produce phenomena with sound waves [and low-frequency sound waves], thermal radiation, changes in conductivity,
E, Electricity can pass through barriers and produce sound and thermal waves, and electromagnetic materials on the other side. With variational and cause effects and effects on thermal, radioactive phenomena, thermal radiation, currents and conductivity and changes on atoms and particles, and their dispositions and instabilities in the organizations of the charges. And with effects on phenomena such as:
: Entanglement, parities, refractions, spectra, dilations, entropies, jumps, radiations in tunneling, scattering, electromagnetic distributions, and others.
And with alterations on the momentum, energies, interactions between positive and negative ions, transmutations of Graceli.
Magnetic tunneling.
Effect 755 to 765.
Magnetism crosses the barrier producing diverse alterations in other media and materials such as:
Electricity can break through barriers and produce sound waves [and low-frequency sound waves], and thermal and electromagnetic radiation on materials on the other side. With variational and cause effects and effects on thermal, radioactive phenomena, thermal radiation, currents and conductivity and changes on atoms and particles, and their dispositions and instabilities in the organizations of the charges. And with effects on phenomena such as:
: Entanglement, parities, refractions, spectra, dilations, entropies, jumps, radiations in tunneling, scattering, electromagnetic distributions, and others.
And with alterations on the momentum, energies, interactions between positive and negative ions, transmutations of Graceli.
A person with an ima moves another metal through a wood.
The electricity transpasses materials and reaches other materials, producing magnetism, thermal variations, mechanics, displacement of particles in atoms.
Graceli's quantum uncertainty for tunneling.
Efeitologia 766 a 770.
Thus, variations of intensity, reach, distribution, momentum, position, scattering, effects on the pierced medium, and others can not be stated with absolute certainty. That is, an infinitesimal indeterministic system of variational effects.
This is for both the tunneling of radioactivity, thermal, electric, and also magnetic.
Effects for sound, shock, and explosion waves.
Effect 771 to 780.
Shock, explosion, and sound waves make the tunneling with all the effects mentioned above, on all quantum, thermal, electromagnetic and radioactive phenomena.
Effect 781 to 800.
Integrated tunneling system.
That is, the tunneling also acts and has action on other tunneling agents. In other words, it is possible to make a system integrated in a chain between integrated barriers with several agents passing through them.
Where the radioactivity will produce thermal effects, these of electricity, these of magnetism, these sonorous or of shock, that of radioactivity, thus it is possible to make a closed system in a circle.
And all about all quantum phenomena, their instability, transcendentality, entanglement, entropies, dilations, and other phenomena.
Ephetology 801 to 805.
As angles of reflection between prism have varying effects when the sun falls on them, producing heat at high intensities.
The same happens with water in a transparent plastic bag, where the sun, when it falls on this plastic bag with the water, will produce heat in a short space producing an intense thermal variation. That is, if there is a tunnel system and reflection transpassion involving heat, light, densities, materials, and effects of angles.
And that has actions on all the phenomena and variational effects and causes cited above.
By effect of time evolution and by deterministic action of forces. Quantum effects are not preserved when the wave function behaves coherently or not.
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