Theory interacium Graceli.
Interacium.
And filaments are parts energies of interactions that produce forms of energy processes and their cohesion, disintegration, and decays parities, and others.
The interacium is more general than h Planck, this in turn relates to certain amount of energy and materials, this involves momentum, inertia, parities, entanglements, interactions, disintegration, parities and other phenomena. And the action of effect-cause and cause-effect on himself.
And what maintains the cohesion of a quanta is infinitesimal fi.
The interacium is represented by the Greek letter fi φ.
Φ = e + r + t {vfr}
Fi = energy, radiation processing, radiation frequency variation, pariades, type of cargo and fields, interactions.
E = Hv (where h is the Planck constant, previously introduced by him in 1899, and v is the frequency of the radiation). Although quantization was
and that is not a constant but a variable between limits values as the energy processes, momentum, parities, goshawks charges and fields, tangles, rearrangements capacity loads, and other phenomena.
This proves the amount of energy irradiated at certain times, or the amount of energy one side or another side energy particles, and according to termicidades that meet, or even the type of fields involved in process.
Interacium.
And filaments are parts energies of interactions that produce forms of energy processes and their cohesion, disintegration, and decays parities, and others.
The interacium is more general than h Planck, this in turn relates to certain amount of energy and materials, this involves momentum, inertia, parities, entanglements, interactions, disintegration, parities and other phenomena. And the action of effect-cause and cause-effect on himself.
And what maintains the cohesion of a quanta is infinitesimal fi.
The interacium is represented by the Greek letter fi φ.
Φ = e + r + t {vfr}
Fi = energy, radiation processing, radiation frequency variation, pariades, type of cargo and fields, interactions.
E = Hv (where h is the Planck constant, previously introduced by him in 1899, and v is the frequency of the radiation). Although quantization was
and that is not a constant but a variable between limits values as the energy processes, momentum, parities, goshawks charges and fields, tangles, rearrangements capacity loads, and other phenomena.
This proves the amount of energy irradiated at certain times, or the amount of energy one side or another side energy particles, and according to termicidades that meet, or even the type of fields involved in process.
Teoria interacium Graceli.
Interacium.
São partes e filamentos de interações de energias que produzem as formas de energias e seus processos de coesão, desintegração, decaimentos e paridades, e outros.
O interacium é mais geral do que o h de Planck, este por sua vez relaciona a quantidade determinadas de energias e matérias, este envolve momentum , inercia, paridades, emaranhamentos, interações, desintegração, paridades e outros fenômenos. E a ação de efeito-causa, e causa-efeito sobre si mesmo.
E o que mantém a coesão de um quanta é infinitésimos fi.
O interacium se representa com a letra grega fi φ.
Φ = e+r+t {vfr}
Fi, = energia, radiação, transformação, variação de frequência de radiação, pariades, tipo de cargas e campos, interações.
E = Hv (onde h é a constante de planck, anteriormente introduzido por ele em 1899, e v é a frequência da radiação). Embora quantização era
e que não é uma constante, mas uma variável entre limites de valores conforme os processos de energias, momentum, paridades, açores de cargas e campos, emaranhamentos, capacidades de reordenamentos de cargas, e outros fenômenos.
Isto se prova na quantidade de energia que são irradiadas em determinados momentos, ou mesmo a quantidade de energia num lado, ou mesmo num outro lado de energia em partículas, e conforme as termicidades em que se encontram, ou mesmo o tipo de campos envolvidos no processo.
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