Trans-intermechanical quantum pentality Graceli. Effects 9,321 to 9,330.
It is a mechanical system based on:
Structures, energies, phenomena, dimensions of Graceli, and categories of Graceli.
Where systems of interactions between these five elements will produce dynamics and transformations, interactions of ions and charges and decays [transmutations], conductivity and variations of electrical and magnetic forms, and other phenomena.
With this also changing and evolving structures and energies.
relativistic photo-electric effects Reverse Graceli, and categorical interactions.
Trans-intermechanics and Effect 9,311 to 9,320.
Even without mass and zero energy the photons have encounter action, ion and charge interactions, thermal and electromagnetic energy, radiation. And the production of internal phenomena within materials such as: entropies, momentum, spins, enthalpies, tunnels, entanglements, quantum fluxes, quantum leap, quantum state variations, electrostatic potential, vibration potential, energy variations, and others.
The action of photons on materials will both modify the interactions within the electrons and protons in atoms, as well as their phenomena and energies, as well as receive this radiation back producing variations of form and intensity, and temperature, electromagnetism, and other effects on the photons themselves.
Where one has the quadrilateral of light [waves, particles and interactions, phenomena].
Photons do not only push, but also alter the interactions, energies, structures, phenomena and dimensions Graceli both in the materials and in the photons themselves, and according to Graceli's agents and categories, that is, a trans-intermechanical and categorial relativistic effects are formed. indeterminate.
And according to the time of action and temperature, and electricity of the photon will occur changes in the frequency and shape of light, and in its phenomena. As well as on the materials.
That is, the photon can have zero mass, but intense physical and chemical phenomena. And they also alter other phenomena, structures, energies, and dimensions of Graceli, according to their categories.
spectrum (emission) and energy (binding, kinetic and potential), has variations depending on materials and types of photons, forming a relativistic and indeterminate system in emissions, and both electrons and photons.
Relativism can be in relation to the speed of light, or in relation to the categories of Graceli.
These emissions also occur with electric, magnetic, radioactive decay, thermal, luminescent, and other fields, both internal and external, and with variations on Graceli energies, isotopes, phenomena and dimensions, and according to Graceli categories and agents.
[eeeeeffdp [f] [mcCdt] [+ mf] [itd] [cG].
And that forms a Graceli field of cohesion of thermal, electric, magnetic, radioactive, luminescent, kinetic radiation at the meeting point between photons and material.
And that will have variables according to agents and categories of Graceli, and time of action.
Other effects may be provided with incandescent, electric, magnetic, kinetic, radioactive materials close to other materials.
It is a mechanical system based on:
Structures, energies, phenomena, dimensions of Graceli, and categories of Graceli.
Where systems of interactions between these five elements will produce dynamics and transformations, interactions of ions and charges and decays [transmutations], conductivity and variations of electrical and magnetic forms, and other phenomena.
With this also changing and evolving structures and energies.
relativistic photo-electric effects Reverse Graceli, and categorical interactions.
Trans-intermechanics and Effect 9,311 to 9,320.
Even without mass and zero energy the photons have encounter action, ion and charge interactions, thermal and electromagnetic energy, radiation. And the production of internal phenomena within materials such as: entropies, momentum, spins, enthalpies, tunnels, entanglements, quantum fluxes, quantum leap, quantum state variations, electrostatic potential, vibration potential, energy variations, and others.
The action of photons on materials will both modify the interactions within the electrons and protons in atoms, as well as their phenomena and energies, as well as receive this radiation back producing variations of form and intensity, and temperature, electromagnetism, and other effects on the photons themselves.
Where one has the quadrilateral of light [waves, particles and interactions, phenomena].
Photons do not only push, but also alter the interactions, energies, structures, phenomena and dimensions Graceli both in the materials and in the photons themselves, and according to Graceli's agents and categories, that is, a trans-intermechanical and categorial relativistic effects are formed. indeterminate.
And according to the time of action and temperature, and electricity of the photon will occur changes in the frequency and shape of light, and in its phenomena. As well as on the materials.
That is, the photon can have zero mass, but intense physical and chemical phenomena. And they also alter other phenomena, structures, energies, and dimensions of Graceli, according to their categories.
spectrum (emission) and energy (binding, kinetic and potential), has variations depending on materials and types of photons, forming a relativistic and indeterminate system in emissions, and both electrons and photons.
Relativism can be in relation to the speed of light, or in relation to the categories of Graceli.
These emissions also occur with electric, magnetic, radioactive decay, thermal, luminescent, and other fields, both internal and external, and with variations on Graceli energies, isotopes, phenomena and dimensions, and according to Graceli categories and agents.
[eeeeeffdp [f] [mcCdt] [+ mf] [itd] [cG].
And that forms a Graceli field of cohesion of thermal, electric, magnetic, radioactive, luminescent, kinetic radiation at the meeting point between photons and material.
And that will have variables according to agents and categories of Graceli, and time of action.
Other effects may be provided with incandescent, electric, magnetic, kinetic, radioactive materials close to other materials.
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