Graceli universal relativity.

It is a theory que covers Kepler's laws, the theory of gravity of Newton and the two relativities.


Astronomical Relatiividade Gracei
.
With the translational motion of the sun and galaxies have a spiral motion springs que the differential varies the sum of n-movement format.

And where we have the equivalent inertia - gravity, but an equivalence movements, inertia Summation n-movements, action of gravity. Which is not a perfect curve, but the differential coil spring. That varies with the sum of n and n movements inertia of movement and position toward observers.


It is a curve or a straight.
and the stars do not fall toward the curved space, but are dragged by the primary star, where we have the action of gravi-magnetic fields and movement of other stars.


Ie, the gravi-magnetic field Determines the movement of the stars.


And for this we have the movements of severity Within the stars themselves. Their rotations beyond.


Thus, we have a theory for the shapes of the movements, translations, and movements in and out of fields of stars.


Where the stars have in the movements of magnetic field.


Within the translational motion and causes the stars que transladam the prisoners Within These fields and translational movements.


That is, what we have is the gravi-magnetic and moving acting in the stars and space action.

Ie not plummet into the curve, but transladam and are dragged to the tion and translational movement of gravity itself.




Graceli universal relativity.

It is a theory that covers Kepler's laws, the theory of gravity of Newton and the two relativities.


Relativity astronomical Graceli
.
With the translational motion of the sun and galaxies have a spiral motion springs a differential that varies the sum of n-movement format.

And where we have no equivalent inertia - gravity, but a movement equivalence of inertia summations n-movements, action of gravity. Which is not a perfect curve, but a differential coil spring. That varies with the sum of n and n movements inertia of movement and position toward observers.


It is a curve or a straight.
and the stars do not fall toward a curved space, but are dragged by the primary star, where we have the action of gravi-magnetic fields and movement of other stars.


Ie, the gravi-magnetic field determines the movement of the stars.


And for this we have the movements of severity within the stars themselves. beyond their rotations.


Thus, we have a theory for the shapes of the movements, translations, and movements in and out of fields of stars.


Where the stars have in the movements of magnetic field.


And within the translational motion that causes the stars transladam as prisoners within these fields and translational movements.


That is, what we have is the gravi-magnetic and moving acting in the stars and space action.

Ie not plummet into a curve, but transladam and are dragged as a tion and translational movement of gravity itself.







Graceli universal relativity.

It is a theory that covers Kepler's laws, the theory of gravity of Newton and the two relativities.


Astronomical Relatiividade Gracei
.
With the translational motion of the sun and galaxies have a spiral motion springs a differential that varies the sum of n-movement format.

And where we have no equivalent inertia - gravity, but an equivalence movements, inertia Summation n-movements, action of gravity. Which is not a perfect curve, but a differential coil spring. That varies with the sum of n and n movements inertia of movement and position toward observers.


It is a curve or a straight.
and the stars do not fall toward a curved space, but are dragged by the primary star, where we have the action of gravi-magnetic fields and movement of other stars.


Ie, the gravi-magnetic field determines the movement of the stars.


And for this we have the movements of severity within the stars themselves. beyond their rotations.


Thus, we have a theory for the shapes of the movements, translations, and movements in and out of fields of stars.


Where the stars have in the movements of magnetic field.


And within the translational motion that causes the stars transladam as prisoners within these fields and translational movements.


That is, what we have is the gravi-magnetic and moving acting in the stars and space action.

Ie not plummet into a curve, but transladam and are dragged as a tion and translational movement of gravity itself.




relatividade universal Graceli.

É uma teoria que abrange as leis de Kepler, a teoria de gravidade de Newton e as duas relatividades.


Relatividade astronômica Graceli
.
Com o movimento de translação do sol e das galáxias temos uma movimento espiral de molas num formato diferencial que varia conforme a somatória de n-movimentos.

E onde não temos uma equivalência inércia - gravidade, mas sim uma equivalência movimentos, inércias de n-movimentos somatórias, de ação de gravidade. Onde não é uma curva perfeita, mas uma mola espiral diferencial. Que varia conforme a soma de n-movimentos e n-inércias de movimentos, e a posição em relação a observadores.


Não é uma curva, ou uma reta.
e os astros não caem em direção a um espaço curvo, mas sim são arrastados pelo astro primário, onde temos a ação de campos gravi-magnético e movimento dos outros astros.


Ou seja, o campo gravi-magnético determina o movimento dos astros.


E para isto temos os movimentos de gravidades dentro dos próprios astros. além de suas rotações.


Assim, temos uma teoria para os formatos dos movimentos, das translações, e movimentos de campos dentro e fora dos astros.


Onde dentro dos astros temos os movimentos de campo magnético.


E no espaço o movimento translacional que faz com que os astros transladam como presos dentro destes campos e por movimentos translacionais.


Ou seja, o que temos é a ação gravi-magnética e em movimento agindo dentro dos astros e no espaço.

Ou seja, não despencam numa curva, mas sim transladam e são arrastados conforme a ção e o movimento de translação da própria gravidade.