segunda-feira, 5 de dezembro de 2016
Mechanics of Effetology Graceli 2. Effects 116, 117, 118, 119, 120. 121.
Imagine a metal in great rotations near great magnets, being that these metals are being hit of photons with great intensities of energies.
And it is also possible to be approached in these metals radioactive elements with great potentials of decay, or even the rotating metal itself can be a radioactive.
Or even get away from the photons and radioactivity if it has large near thermal variations.
And that some materials have greater entropic potential than others.
Or even that there are variations of dilation from some metals to others. With actions on the magnetic effect and the electricity produced in momentum.
And that all these phenomena have actions on entanglements, parities, refractions and diffractions, spectra, entropies, variational dilation of mass and energy, renormalization of positions of particles and actions of charges.
And even on the production of smaller particles like meson pi, or even gluons.
And that has actions on potential transformations and interactions.
116] Photoelectric-magnetic-dynamic effect.
117] Radiofotoelectricomagnetic-dynamic effect.
118] Thermofotoelectricomagnetic-dynamic effect.
119] Thermo-photomechanical-magnetic-thermographic effect.
120] entropic and therapeutic effect.
121] Thermoradiofotoeletricomagneticdynamicodilating effect. [Mass variation, energy, inertia, momentum, time, and space [relativity for the purposes of Graceli].
Spectral efeitologia.
Spectroentropia.
Spectroradioactivity.
Spectrodilation.
Spectroconductivity.
The effects and their variations can be visualized in the spectrometry according to the phases and potentials in which they are crossing at certain moments. Like the aforementioned Graceli effects of 122, to 126.
The same can serve for parities, interactions, transformations, production of new smaller particles but with potentials of oscillating and varied energies. And entanglements, or even renormalization of charges.
Graceli System Standard model and slit system.
Graceli theory of slits with joint experiments with refraction, diffraction, spectra, dilations, entropies, thermal variations, electromagnetic, decays, interactions, transformations, parities, and entanglements. Senses of movements and spins, potentials of materials and energies, and their potentials of interactions and transformations [as from the magnetic to the electric and vice versa, from the thermal, dynamic, dilatant, entropic, and electromagnetic decays, and To spectra of light and colors during journeys].
That is, a system of cracks must take into account all these agents and their interactions and distances, as well as the potential of entanglements.
A crack system must also take into account the number, type, spacing, dynamics in which the agents produce them and the materials and energies thereof, and always taking into account the agents mentioned above.
That is to say, in a system of slits one has a relativism and transquantic indeterminality proposed by Graceli.
With this we also have a generalized standard model involving system of cracks, and Graceli system of mechanical, efectologies. States of matter and energy, and dimensions.
Graceli Mechanics of Transpassage and Effectology 115.
Transpassage produces variational effects depending on the types of materials, energies, distances, momentums, and other agents.
Since these effects occur both in the transporter and in the transpassed agent.
Causing it to occur before, in the vicinity, during, and after the transpass.
Where there is an overpassing mechanism and overrunning effect. With variations on loads, positions and poles of charges and particles, potential transformations on other particles and charges, and production of new smaller particles, quantum jumps, and other phenomena.
Changes in currents and electromagnetic conductivity.
During the transpassages we have alterations on these phenomena refraction, diffraction, spectra, dilations, entropies, thermal variations, electromagnetic, decays, interactions, transformations, parities, and entanglements. Senses of movements and spins, potentials of materials and energies, and their potentials of interactions and transformations [as from the magnetic to the electric and vice versa, from the thermal, dynamic, dilatant, entropic, and electromagnetic decays, and To spectra of light and colors during journeys].
And that some also act on others, forming a relativistic and indeterminate system.
Graceli theory for quantum fluctuations.
Transcendentality produces particles and energies, and also consumes them by transforming them into other forms of energies and particles.
That is, particles that do not exist in a vacuum system can come to exist as a product of phenomena such as production and transformation of energies, and of materials such as those in radioactivity, where particles are forged with less energy and diameter. That is, what seems to be out of nowhere, in fact they are the product of thermodynamic transquant phenomena.
The same happens with the forms of energies as the emergence of momentums, inertia, electricity, magnetism, entropies, and dilations by dynamic, thermal, radioactive, or other variations.
And that so much seem to arise out of nothing, and also disappear seemingly out of nowhere. However, there are quantum fluctuations of correlated phenomena.
Imagine a metal in great rotations near great magnets, being that these metals are being hit of photons with great intensities of energies.
And it is also possible to be approached in these metals radioactive elements with great potentials of decay, or even the rotating metal itself can be a radioactive.
Or even get away from the photons and radioactivity if it has large near thermal variations.
And that some materials have greater entropic potential than others.
Or even that there are variations of dilation from some metals to others. With actions on the magnetic effect and the electricity produced in momentum.
And that all these phenomena have actions on entanglements, parities, refractions and diffractions, spectra, entropies, variational dilation of mass and energy, renormalization of positions of particles and actions of charges.
And even on the production of smaller particles like meson pi, or even gluons.
And that has actions on potential transformations and interactions.
116] Photoelectric-magnetic-dynamic effect.
117] Radiofotoelectricomagnetic-dynamic effect.
118] Thermofotoelectricomagnetic-dynamic effect.
119] Thermo-photomechanical-magnetic-thermographic effect.
120] entropic and therapeutic effect.
121] Thermoradiofotoeletricomagneticdynamicodilating effect. [Mass variation, energy, inertia, momentum, time, and space [relativity for the purposes of Graceli].
Spectral efeitologia.
Spectroentropia.
Spectroradioactivity.
Spectrodilation.
Spectroconductivity.
The effects and their variations can be visualized in the spectrometry according to the phases and potentials in which they are crossing at certain moments. Like the aforementioned Graceli effects of 122, to 126.
The same can serve for parities, interactions, transformations, production of new smaller particles but with potentials of oscillating and varied energies. And entanglements, or even renormalization of charges.
Graceli System Standard model and slit system.
Graceli theory of slits with joint experiments with refraction, diffraction, spectra, dilations, entropies, thermal variations, electromagnetic, decays, interactions, transformations, parities, and entanglements. Senses of movements and spins, potentials of materials and energies, and their potentials of interactions and transformations [as from the magnetic to the electric and vice versa, from the thermal, dynamic, dilatant, entropic, and electromagnetic decays, and To spectra of light and colors during journeys].
That is, a system of cracks must take into account all these agents and their interactions and distances, as well as the potential of entanglements.
A crack system must also take into account the number, type, spacing, dynamics in which the agents produce them and the materials and energies thereof, and always taking into account the agents mentioned above.
That is to say, in a system of slits one has a relativism and transquantic indeterminality proposed by Graceli.
With this we also have a generalized standard model involving system of cracks, and Graceli system of mechanical, efectologies. States of matter and energy, and dimensions.
Graceli Mechanics of Transpassage and Effectology 115.
Transpassage produces variational effects depending on the types of materials, energies, distances, momentums, and other agents.
Since these effects occur both in the transporter and in the transpassed agent.
Causing it to occur before, in the vicinity, during, and after the transpass.
Where there is an overpassing mechanism and overrunning effect. With variations on loads, positions and poles of charges and particles, potential transformations on other particles and charges, and production of new smaller particles, quantum jumps, and other phenomena.
Changes in currents and electromagnetic conductivity.
During the transpassages we have alterations on these phenomena refraction, diffraction, spectra, dilations, entropies, thermal variations, electromagnetic, decays, interactions, transformations, parities, and entanglements. Senses of movements and spins, potentials of materials and energies, and their potentials of interactions and transformations [as from the magnetic to the electric and vice versa, from the thermal, dynamic, dilatant, entropic, and electromagnetic decays, and To spectra of light and colors during journeys].
And that some also act on others, forming a relativistic and indeterminate system.
Graceli theory for quantum fluctuations.
Transcendentality produces particles and energies, and also consumes them by transforming them into other forms of energies and particles.
That is, particles that do not exist in a vacuum system can come to exist as a product of phenomena such as production and transformation of energies, and of materials such as those in radioactivity, where particles are forged with less energy and diameter. That is, what seems to be out of nowhere, in fact they are the product of thermodynamic transquant phenomena.
The same happens with the forms of energies as the emergence of momentums, inertia, electricity, magnetism, entropies, and dilations by dynamic, thermal, radioactive, or other variations.
And that so much seem to arise out of nothing, and also disappear seemingly out of nowhere. However, there are quantum fluctuations of correlated phenomena.
Mecânica de Efeitologia
Graceli 2. Efeitos 116, 117, 118, 119, 120. 121.
Imagine um
metal em grandes rotações próximos de grandes imas, sendo que estes metais
estão sendo atingidos de fótons com grandes intensidades de energias.
E que também
se pode ser aproximado nestes metais elementos radioativos com grandes
potenciais de decaimentos, ou mesmo o próprio metal em rotação pode ser um
radioativo.
Ou mesmo se
alem dos fótons e da radioatividade se tem grandes variações térmica próximo.
E que alguns
materiais tem potencial entrópico maior do outros.
Ou mesmo que
se tem variações de dilatação de alguns metais para outros. Com ações sobre o
efeito magnético e a eletricidade produzida no momentum.
E que todos
estes fenômenos tem ações sobre emaranhamentos, paridades, refrações e
difrações, espectros, entropias, dilatação variacional de massa e energia,
renormalização de posições de partículas e de ações de cargas.
E mesmo sobre
a produção de partículas menores como méson pi, ou mesmo glúons.
E que tem
ações sobre potenciais de transformações
e interações.
116]Efeito
fotoeletricomagneticodinâmico.
117]Efeito
radiofotoeletricomagneticodinâmico.
118]Efeito
termofotoeletricomagneticodinâmico.
119]Efeito termoradiofotoeletricomagneticodinâmico.
120]Efeito
entropicotermoradiofotoeletricomagneticodinâmico.
121]Efeito
Termoradiofotoeletricomagneticodinamicodilatante. [variação de massa, energia,
inércia, momentum, tempo, e espaço [relatividade para efeitos de Graceli].
Efeitologia espectral.
Espectroentropia.
Espectroradioatividade.
Espectrodilatação.
Espectrocondutividade.
Os efeitos e
suas variações podem ser visualizados na espectrometria conforme as fases e
potenciais em que os mesmo estão atravessando em determinados momentos. Como os
citados efeitos Graceli do 122, ao 126.
O mesmo pode
servir para paridades, interações, transformações, produção de novas partículas
menores mas com potenciais de energias oscilantes e variados. E emaranhamentos,
ou mesmo renormalização de cargas.
Sistema
Graceli de Modelo padrão e sistema de fendas.
Teoria Graceli
de fendas com experimentos conjuntos com refração, difração, espectros,
dilatações, entropias, variações térmicas, eletromagnética, decaimentos,
interações, transformações, paridades, e emaranhamentos. Sentidos de movimentos
e spins, potenciais dos materiais e das energias, e seus potenciais de
interações e transformações [como do magnético ao elétrico e vice-versa, do
decaimentos ao térmico, ao dinâmico, ao dilatante, ao entrópico, e ao
eletromagnético, e ao espectros de luz e cores durante percursos].
Ou seja, um
sistema de fendas deve-se levar em consideração todos estes agentes e suas
interações e distanciamentos, como também os potenciais de emaranhamentos.
Um sistema de
fendas se deve levar em consideração também o número, tipo, afastamento,
dinâmicas em que os agentes os produzem e os materiais e energias dos mesmos, e
sempre levando em consideração os agentes citados acima.
Ou seja, num
sistema de fendas se tem um relativismo e indeterminalidade transquântica
proposta por Graceli.
Com isto se
tem também um modelo padrão generalizado envolvendo sistema de fendas, e
sistema de Graceli de efeitologias, mecânicas. Estados de matéria e energia, e
dimensiologia.
Mecânica
Graceli de transpassagem e efeitologia 115.
A
transpassagem produz efeitos variacionais conforme os tipos de materiais,
energias, distanciamentos, momentuns, e outros agentes.
Sendo que
estes efeitos tanto ocorre no agente transpassador quanto no transpassado.
Fazendo com
que possa ocorrer antes, na proximidade, durante, e após a transpassagem.
Onde se tem
uma mecânica de transpassagem e efeito de transpassagem. Com variações sobre as
cargas, as posições e pólos de cargas e partículas, potencial de transformações
em outras partículas e cargas, e produção de novas partículas menores, saltos
quânticos, e outros fenômenos.
Alterações nas
correntes e condutividade eletromagnética.
Durante as
transpassagens se tem alterações sobre estes fenômenos refração, difração, espectros,
dilatações, entropias, variações térmicas, eletromagnética, decaimentos,
interações, transformações, paridades, e emaranhamentos. Sentidos de movimentos
e spins, potenciais dos materiais e das energias, e seus potenciais de
interações e transformações [como do magnético ao elétrico e vice-versa, do
decaimentos ao térmico, ao dinâmico, ao dilatante, ao entrópico, e ao
eletromagnético, e ao espectros de luz e cores durante percursos].
E que também
uns agem sobre outros, formando um sistema relativístico e indeterminado.
teoria Graceli
para flutuações quânticas.
a
transcendentalidade produz partículas e energias, e também as consome
transformando em outras formas de energias e partículas.
Ou seja,
partículas que não existem num sistema de vácuo pode vir a existir como produto
de fenômenos como produção e transformações de energias, e de matérias como as
existente na radioatividade, onde nos decaimentos partículas são forjadas com
menos intensidade de energias e diâmetro. Ou seja, o que parece ser do nada, na
verdade elas são produto de fenômenos transquântico termoradioativos.
O mesmo
acontece com as formas de energias como o surgimento de momentuns, inércias,
eletricidade, magnetismo, entropias, e dilatações por variações dinâmicas,
térmicas, radioativas, ou outras.
E que também
tanto surgem aparentemente do nada, e também desaparecem aparentemente do nada.
Porem, o que existe são flutuações quânticas de fenômenos correlacionados.
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