Sequential Graceli .
Graceli system sequential flows of energy pulses .
Theory sequential Graceli energy .
Infinitesimal sequential pulses of energy .
What we are not waves, but sequence flows electromagnetic pulses .
The same occurs with the thermal dilations acting on electrons and particles , ie electrons superativados , and also occurs in a plasma system , where a super activation energy interactions within an integrated system of actions on actions occurs .
Where fields acting on electrons and particles in other processes interactions sequences of flow of pulses upon each other , forming a closed system integration.
The same occurs in the movements and loads of fields , and photons . That is, what we have are a few integrations over all and all for all , an integrated and closed action.
This breaks with the system of electromagnetic waves, and even the actions of particles .
Ie we are not waves, but streams of pulses , which occurs when the particle receives the external energy load and returns processes internally and out in a sequential flow pulse power system .
That is, electricity, magnetism does not propagate waves, but in the form of sequential pulses enregia flows that is received from outside to inside , and returned from within an integrated action acting on other particles , fields, and means.
Threads oscillatory flow pulse .
Sequences of pulse flows are not stable , but unstable following an infinitesimal bracketing Graceli .
Represented by the equation :
+
+ 
+ logf/f [n...] *
freq osc. F / c/t].
Graceli effect.
Variations , fluctuations and phenomena are not proportional in intensity , quantity and range of energy received . But , depending on the energy stage where is the electron and other particles of the system in question .
Example .
The uranium and thorium will conduct distribution and more intense radiation than other elements .
Or even as other combustible as oxygen and helium, others just swell .
Radiofóton - the photon of light radiates electromagnetic corpuscles in space during its journey . And that is spent at the speed of light.
Graceli system sequential flows of energy pulses .
Theory sequential Graceli energy .
Infinitesimal sequential pulses of energy .
What we are not waves, but sequence flows electromagnetic pulses .
The same occurs with the thermal dilations acting on electrons and particles , ie electrons superativados , and also occurs in a plasma system , where a super activation energy interactions within an integrated system of actions on actions occurs .
Where fields acting on electrons and particles in other processes interactions sequences of flow of pulses upon each other , forming a closed system integration.
The same occurs in the movements and loads of fields , and photons . That is, what we have are a few integrations over all and all for all , an integrated and closed action.
This breaks with the system of electromagnetic waves, and even the actions of particles .
Ie we are not waves, but streams of pulses , which occurs when the particle receives the external energy load and returns processes internally and out in a sequential flow pulse power system .
That is, electricity, magnetism does not propagate waves, but in the form of sequential pulses enregia flows that is received from outside to inside , and returned from within an integrated action acting on other particles , fields, and means.
| + + + logf/f [n...] *
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0 [AF]+ [osc k.
freq osc. F / c/t]. |
Threads oscillatory flow pulse .
Sequences of pulse flows are not stable , but unstable following an infinitesimal bracketing Graceli .
Represented by the equation :
+ + + logf/f [n...] *
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0 [AF]+ [osc k.
freq osc. F / c/t].
Graceli effect.
Variations , fluctuations and phenomena are not proportional in intensity , quantity and range of energy received . But , depending on the energy stage where is the electron and other particles of the system in question .
Example .
The uranium and thorium will conduct distribution and more intense radiation than other elements .
Or even as other combustible as oxygen and helium, others just swell .
Radiofóton - the photon of light radiates electromagnetic corpuscles in space during its journey . And that is spent at the speed of light.
Sequential Graceli .
Graceli system sequential flows of energy pulses .
Theory sequential Graceli energy .
Infinitesimal sequential pulses of energy .
What we are not waves, but sequence flows electromagnetic pulses .
The same occurs with the thermal dilations acting on electrons and particles , ie electrons superativados , and also occurs in a plasma system , where a super activation energy interactions within an integrated system of actions on actions occurs .
Where fields acting on electrons and particles in other processes interactions sequences of flow of pulses upon each other , forming a closed system integration.
The same occurs in the movements and loads of fields , and photons . That is, what we have are a few integrations over all and all for all , an integrated and closed action.
This breaks with the system of electromagnetic waves, and even the actions of particles .
Ie we are not waves, but streams of pulses , which occurs when the particle receives the external energy load and returns processes internally and out in a sequential flow pulse power system .
That is, electricity, magnetism does not propagate waves, but in the form of sequential pulses enregia flows that is received from outside to inside , and returned from within an integrated action acting on other particles , fields, and means.
| + + + logf/f [n...] *
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0 [AF]+ [osc k.
freq osc. F / c/t]. |
Threads oscillatory flow pulse .
Sequences of pulse flows are not stable , but unstable following an infinitesimal bracketing Graceli .
Represented by the equation :
Logx / x [ n ... ] .
Graceli effect.
Variations , fluctuations and phenomena are not proportional in intensity , quantity and range of energy received . But , depending on the energy stage where is the electron and other particles of the system in question .
Example .
The uranium and thorium will conduct distribution and more intense radiation than other elements .
Or even as other combustible as oxygen and helium, others just swell .
Radiofóton - the photon of light radiates electromagnetic corpuscles in space during its journey . And that is spent at the speed of light.
Sequential Graceli .
Graceli system sequential flows of energy pulses .
Theory sequential Graceli energy .
Infinitesimal sequential pulses of energy .
What we are not waves, but sequence flows electromagnetic pulses .
The same occurs with the thermal dilations acting on electrons and particles , ie electrons superativados , and also occurs in a plasma system , where a super activation energy interactions within an integrated system of actions on actions occurs .
Where fields acting on electrons and particles in other processes interactions sequences of flow of pulses upon each other , forming a closed system integration.
The same occurs in the movements and loads of fields , and photons . That is, what we have are a few integrations over all and all for all , an integrated and closed action.
This breaks with the system of electromagnetic waves, and even the actions of particles .
Ie we are not waves, but streams of pulses , which occurs when the particle receives the external energy load and returns processes internally and out in a sequential flow pulse power system .
That is, electricity, magnetism does not propagate waves, but in the form of sequential pulses enregia flows that is received from outside to inside , and returned from within an integrated action acting on other particles , fields, and means.
Threads oscillatory flow pulse .
Sequences of pulse flows are not stable , but unstable following an infinitesimal bracketing Graceli .
Represented by the equation :
Logx / x [ n ... ] .
Graceli effect.
Variations , fluctuations and phenomena are not proportional in intensity , quantity and range of energy received . But , depending on the energy stage where is the electron and other particles of the system in question .
Example .
The uranium and thorium will conduct distribution and more intense radiation than other elements .
Or even as other combustible as oxygen and helium, others just swell .
Radiofóton - the photon of light radiates electromagnetic corpuscles in space during its journey . And that is spent at the speed of light.
Sequencialidade Graceli.
Sistema Graceli de fluxos sequenciais de pulsos de energia.
Teoria Graceli sequencial energética.
De pulsos energéticos sequencial infinitésimo.
O que temos não são ondas, mas sequência de fluxos de pulsos eletromagnéticos.
O mesmo ocorre nas dilatações com ação térmica sobre elétrons e partículas, ou seja, em elétrons superativados, e também ocorre num sistema de plasma, onde ocorre uma super ativação de interações de energia num sistema integrado de ações sobre ações .
Onde campos de elétrons e partículas agem sobre outros em processos de interações de sequências de fluxos de pulsos de uns sobre os outros, formando um sistema de integração fechado.
O mesmo ocorre nos movimentos de campos e cargas, e de fótons. Ou seja, o que temos são integrações de uns sobre todos, e todos sobre todos, numa ação integrada e fechada.
Isto rompe com o sistema de ondas eletromagnética, e mesmo de ações de partículas.
Ou seja, o que temos não são ondas, mas sim fluxos de pulsos, que ocorre quando a partícula recebe a carga externa de energia e a processa internamente e a devolve para fora num sistema de fluxos sequenciais de pulsos de energia.
Ou seja, a eletricidade, o magnetismo não se propagam em ondas, mas em forma de fluxos sequenciais de pulsos de enregia, que é recebido de fora para dentro, e devolvido de dentro para fora numa ação integrada agindo sobre as outras partículas, campos e meios.
Sequencias oscilatórias de fluxos de pulsos.
As sequências de dos fluxos de pulsos não são estáveis, mas sim instáveis seguindo uma variação sequencial infinitésima Graceli.
Representado pela equação:
Logx/x [n...].
Efeito Graceli.
As variações, oscilações e os fenômenos não são proporcionais em intensidade, quantidade e alcance à energia recebida. Mas sim, depende do estágio energético em que se encontra o elétron, e outras partículas do sistema em questão.
Exemplo.
O urânio e o tório terão um comportamento de distribuição e radiação mais intenso do que outros elementos.
Ou mesmo enquanto outros entram em combustão como o oxigênio e o hélio, outros apenas se dilatam.
Radiofóton – o fóton de luz irradia corpúsculos eletromagnético no espaço durante o seu percurso. E que é irradiado na velocidade da luz.
exemplo de sistemas Graceli para funções de coordenadas n-dimensionais.
+ [+fh + fm + f altura + f osc + f n...]
+ [+fh + fm + f altura + f osc + f n...]TERÇA-FEIRA, 25 DE MARÇO DE 2014
Analytical Geometry Graceli oscillatory . And Graceli calculation .
Graceli coordinate system n- dimensional . And Graceli mathematical relativity .
Analytical Geometry Graceli oscillatory .
Geometry Graceli coordinate movements of oscillatory waves to variations of moves to east, west , north, south divided by time .
0 point onwards has a movement to n , s , l , or the east, west , north, south divided by time .
With a variation oscillatory movement to either side with respect to time in each coordinate x and y .
With this we have forms that vary the oscillation range of the coordinates in the form of waves in all directions . That is, a four-dimensional coordinate system Graceli .
Where frequency range and are divided by time.
These oscillations can follow the formulas :
Logx /x n...
Logx /x n... * [[log h/h n… * logj /j n...]n...].
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0.
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0 [AF]+ [osc k.
freq osc. F / c/t].
or differential or integral functions , such as:
+ Lat, long , altu + movement.
functions with extensions [ extension ] points for distances d .
areas for [ d ] multiplied by the distance exponent 2 for spheres by pi ..
For volumes multiplied by the exponent 3 .
P = extensions = distance forming in points differential and integral function.
F [ x ] = functions.
or
integral.
* P . of points, lines , curves , bells , wave forms .
2
2
* P [ in areas ] . 3
* P [ volumes to ] .
For differential .
F [x] * p . of points, lines , curves , bells , wave forms .
2
F [x] * p [ in areas ] .
3
F [ x ] * p [ for volumes ] .
Graceli coordinate system.
Dimensional .
Latitude , longitude , height .
Latitude , longitude and movement .
Four-dimensional .
Latitude , longitude , height and movement / t . [ k range , and frequency f waves ] .
Five dimensions .
Latitude , longitude , height , movement / T , flows .
Six dimensions.
Latitude , longitude , height , movement / t , and transcendental flows [ / + R / -R , / 0 ] .
Mathematical relativity Graceli by graceli coordinates.
Change of position , location, forms , movements , precession , oscillation, variable flows of shapes , growth and decrescimentos parts , like a balloon that inflates and part wilt deformations . Rotation, translation and displacement, and oscillatory precession.
Horseshoes , cups, boxes , objects , and quadrimensionais dimensional images .
Variations in relation to positions of observers . Where one observes a form of an object . Where a person behind a glass see the bottom of the glass and the mouth of the front glass.
With this addition to the object , curves , straight lines , we deformations and displacements . And parts that disappear when multiplied by 0 [ zero ] , making a geometric system of transcendental parts .
And also with forms in relation to positions of observers .
Graceli geometry of shapes , areas and volumes of flows and oscillatory movements .
For oscillatory areas.
For forms of extensions .
Example .
Area : A = 4πrs2 * Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF],*P –R,0 [AF]+ [osc k., fo F / c/t].
Area : A = 4πrs2 * Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF],*P –R,0 [AF]+ [osc k., fo F / c/t].
for oscillatory volumes.
* Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF],*P –R,0 [AF]+ [osc k., fo F / c/t].
Analytical Geometry Graceli oscillatory . And Graceli calculation .
Graceli coordinate system n- dimensional . And Graceli mathematical relativity .
Analytical Geometry Graceli oscillatory .
Geometry Graceli coordinate movements of oscillatory waves to variations of moves to east, west , north, south divided by time .
0 point onwards has a movement to n , s , l , or the east, west , north, south divided by time .
With a variation oscillatory movement to either side with respect to time in each coordinate x and y .
With this we have forms that vary the oscillation range of the coordinates in the form of waves in all directions . That is, a four-dimensional coordinate system Graceli .
Where frequency range and are divided by time.
These oscillations can follow the formulas :
Logx /x n...
Logx /x n... * [[log h/h n… * logj /j n...]n...].
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0.
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0 [AF]+ [osc k.
freq osc. F / c/t].
or differential or integral functions , such as:
+ Lat, long , altu + movement.
functions with extensions [ extension ] points for distances d .
areas for [ d ] multiplied by the distance exponent 2 for spheres by pi ..
For volumes multiplied by the exponent 3 .
P = extensions = distance forming in points differential and integral function.
F [ x ] = functions.
or
integral.
* P . of points, lines , curves , bells , wave forms .
2
2
* P [ in areas ] . 3
* P [ volumes to ] .
For differential .
F [x] * p . of points, lines , curves , bells , wave forms .
2
F [x] * p [ in areas ] .
3
F [ x ] * p [ for volumes ] .
Graceli coordinate system.
Dimensional .
Latitude , longitude , height .
Latitude , longitude and movement .
Four-dimensional .
Latitude , longitude , height and movement / t . [ k range , and frequency f waves ] .
Five dimensions .
Latitude , longitude , height , movement / T , flows .
Six dimensions.
Latitude , longitude , height , movement / t , and transcendental flows [ / + R / -R , / 0 ] .
Mathematical relativity Graceli by graceli coordinates.
Change of position , location, forms , movements , precession , oscillation, variable flows of shapes , growth and decrescimentos parts , like a balloon that inflates and part wilt deformations . Rotation, translation and displacement, and oscillatory precession.
Horseshoes , cups, boxes , objects , and quadrimensionais dimensional images .
Variations in relation to positions of observers . Where one observes a form of an object . Where a person behind a glass see the bottom of the glass and the mouth of the front glass.
With this addition to the object , curves , straight lines , we deformations and displacements . And parts that disappear when multiplied by 0 [ zero ] , making a geometric system of transcendental parts .
And also with forms in relation to positions of observers .
Graceli geometry of shapes , areas and volumes of flows and oscillatory movements .
For oscillatory areas.
For forms of extensions .
Example .
Area : A = 4πrs2 * logx / x ... n * [ [ log h / hn logj ... * / j ... n ] ... n ] * [ * P + R [ AF ] * P - value , 0 [ AF ] + [ k osc . , fo F / c / t ] * [ d ] .
Area : A = 4πrs2 * logx / x ... n * [ [ log h / hn logj ... * / j ... n ] ... n ] * [ * P + R [ AF ] * P - value , 0 [ AF ] + [ k osc . , fo F / c / t ] .
for oscillatory volumes.
* Logx / x ... n * [ [ log h / hn logj ... * / j ... n ] ... n ] * [ * P + R [ AF ] , P * -R , 0 [ AF ] + [ k osc . , fo F / c / t ] .
Geometria Graceli analítica oscilatória. E cálculo Graceli.
sistema Graceli de coordenadas n-dimensionais. E relatividade matemática Graceli.
Geometria Graceli analítica oscilatória.
Geometria Graceli de coordenadas de movimentos de ondas oscilatórios, para variações de movimentos para leste, oeste, norte, sul dividido pelo tempo.
Do ponto 0 em diante se tem um movimento para n,s, l,ou o leste, oeste, norte, sul dividido pelo tempo.
Com um movimento de variação oscilatório para cada lado em relação ao tempo em cada coordenada x, e y.
Com isto temos formas que variam conforme variam a oscilação das coordenadas na forma de ondas para todos os lados. Ou seja, um sistema Graceli de coordenadas quadrimensional.
Onde frequência e alcance são divididos pelo tempo.
Estas oscilações podem seguir as fórmulas:
Logx /x n...
Logx /x n... * [[log h/h n… * logj /j n...]n...].
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0.
Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF], *P –R,0 [AF]+ [osc k.
freq osc. F / c/t].
ou funções diferenciais ou integrais, como exemplo:
+ lat, long, altu + movimento.
funções com prolongamentos [extensão] de pontos para distâncias d.
para áreas [d] distância multiplicado pelo expoente 2, para esferas por pi..
Para volumes multiplicado pelo expoente 3.
P = prolongamentos = distância que se formam em pontos de função diferencial e integral.
F [x] = funções.
Ou
integral.
2
* p [para áreas].
3
* p [para volumes].
Para diferenciais.
F[x] * p. de pontos, retas, curvas, sinos, ondas, formas.
2
F[x] * p [para áreas].
3
F[x] * p [para volumes].
Sistema Graceli de coordenadas.
Tridimensional.
Latitude, longitude, altura.
Latitude, longitude e movimento.
Quadrimensional.
Latitude, longitude, altura e movimento /t. [alcance k, e frequencia f de ondas].
Cinco dimensões.
Latitude, longitude, altura, movimentos /t, fluxos.
Seis dimensões .
Latitude, longitude, altura, movimentos /t, fluxos e transcendentes [/+R, /-R,/0].
Relatividade matemático Graceli por coordenadas graceli.
Variação de posição, lugar, formas, deslocamentos, precessão, oscilação, fluxos variáveis de formas, crescimentos e decrescimentos de partes, como um balão que infla parte e murcha, deformações. Rotação, translação e deslocamento, e precessão oscilatória.
Ferraduras, copos, caixas, objetos, imagens tridimensionais e quadrimensionais.
Variações em relação a posições de observadores. Onde cada um observa uma forma de um objeto. Onde uma pessoa atrás de um copo verá o fundo do copo, e o da frente a boca do copo.
Com isto além do objeto, de curvas, retas, temos deformações e deslocamentos. E partes que desaparecem quando multiplicado por 0 [zero], tornando um sistema geométrico de partes transcendental.
E também com formas em relação a posições de observadores.
Geometria Graceli de formas, áreas e volumes de fluxos e movimentos oscilatórios.
Para áreas oscilatórias.
Para formas de prolongamentos.
Exemplo.
Área: A = 4πrs2 * Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF],*P –R,0 [AF]+ [osc k., fo F / c/t] * [d].
Área: A = 4πrs2 * Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF],*P –R,0 [AF]+ [osc k., fo F / c/t].
para volumes oscilatórios.
* Logx /x n... * [[log h/h n… * logj /j n...]n...]*[*P +R[AF],*P –R,0 [AF]+ [osc k., fo F / c/t].
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