paradox of Graceli for emission of energy in photons in fundamental states.
1] An electron in the ground state can emit a photon with energy (hv) greater than twice its resting energy (2mc2), that is, hv> 2mc2, and continue to emit infinitely, in decreasing chains and cascades, or greater than This will depend on the states of energies, thermal, electrical, radioactive, luminescent, dynamic, magnetic and other energies.
2] and according to Graceli categories and agents, such as isotope types, structures, and others.
energy is not only the energy of the electron, but also of the potential energy of transformations and interactions, variations according to thermal, electric, radioactive, luminescent, dynamic, magnetic, and other energy.
that is, it is not only the energy of the resting state, but also has continuous and infinite processes of energy emissions.
with this we have infinite and indeterminate emissions and processes. and according to types and levels of isotopes, states, families, whether metals and not metals, crystals, graphenes, and the like.
1] An electron in the ground state can emit a photon with energy (hv) greater than twice its resting energy (2mc2), that is, hv> 2mc2, and continue to emit infinitely, in decreasing chains and cascades, or greater than This will depend on the states of energies, thermal, electrical, radioactive, luminescent, dynamic, magnetic and other energies.
2] and according to Graceli categories and agents, such as isotope types, structures, and others.
energy is not only the energy of the electron, but also of the potential energy of transformations and interactions, variations according to thermal, electric, radioactive, luminescent, dynamic, magnetic, and other energy.
that is, it is not only the energy of the resting state, but also has continuous and infinite processes of energy emissions.
with this we have infinite and indeterminate emissions and processes. and according to types and levels of isotopes, states, families, whether metals and not metals, crystals, graphenes, and the like.
paradoxo de Graceli para emissão de energia em fótons em estados fundamental.
1]Um elétron no estado fundamental pode emitir um fóton com energia (hv) maior que o dobro de sua energia de repouso (2mc2), ou seja, hv > 2mc2, e continuar emitindo infinitamente, e cadeias e cascatas decrescentes, ou maior do que isto, sendo que vai depender dos estados de energias, energias térmica, elétrica, radioativa, luminescente, dinâmica, magnética e outras.
2]e conforme categorias de Graceli e agentes, como tipos de isótopos, estruturas, e ou outros.
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