segunda-feira, 31 de março de 2014


Theory Graceli gravimagnética .

Gravity acts as magnetism and under certain conditions tend to draw distances and other conditions and tends to repel distaâncias .


Ie we have gravitational and magnetic action acting on the bodies . Why we have various actions and conditions and various distances .


That is, both the rotation as the translation varies sizes , types of energies , distances and positions .


And this is what causes all the planets not rushed toward the sun , the planets and satellites .


If it was neither this nor the angular momentum centrifugal action would act as equalizer with gravity. And the phenomenon of precipitation would have occurred .

But what we have is the opposite. All the stars are in a tiny recession. And this recession is confirmed in mercury and Venus .


And this explains the motions of the planets of recession and inflation of the cosmos and anomalous motions of galaxies .



Gm =  [ [g=m1 +m2 /d2 ]  /  [mg = emg 1 + emg2 /c/t / [i]]




I = index variable Graceli inflation . That depends on energy intensities , distances and positions , means and varies according to the density and size of the bodies and their gravitational and magnetic energies .




And it has an intensity value which depends on the energy :
[ emg mg = 1 + emg2 / c / t ]

MG = magnetism.
G = gravity.
Gm = gravimagnetismo .
M1 , m2 mass 1 , mass 2 .
EMG = magnetism.



The gravimagnetismo graceli equivalence breaks with an inertia - gravity.



Diferencializada theory of action.

Large bodies spread on all sides , while small tends to be clumped together to form regions and belts .

We see that massive particles are attracted [ solid and liquid ] , while gases are repelled .

Some comets tend to be drawn while others are repelled , others tend to form retrograde orbits .


Theory of irregular movements .

The smaller the more irregular star is its movement . Regardless of the distance that is a central body [ as in the sun] .
This is confirmed by Mercury , Venus , and Pluto , comets and asteroids .

This also confirms movements and oscillations of electrons around the nucleus .

Ie , gravity has the same action as the inverse of the square .

For, as is the smaller size of the secondary , the greater the eccentricity and translational and rotational inclinations , and is also the largest precession [ swings rotations and translations ] .



Principle Graceli discontinuous field.

The fields do not follow a continuity by distance.

For we see that asteroids and comets tend to be located in position and belts , place superstars [ asteroids ] tend to be small and localized pulled .

 For this we have two belts in the solar system between Mars and Jupiter and Pluto after .

That is, what we have is a field with well-defined layers of fields with various functions .





We see that comets of short orbits become comets of long orbits and disappear .

And comets of long orbits become short orbits of comets , and keeps for several periods, these orbits , and then turn again in long orbits of comets and disappear .






On the curvature of the surrounding stars.

Follows the formula with magnetism and inflationary index Graceli :


  
G_{\mu\nu} = R_{\mu\nu} - {R \over 2}  g_{\mu\nu} + \Lambda g_{\mu\nu} = {8 \pi G \over c^4} T_{\mu\nu} +  
Gm =  [ [g=m1 +m2 /d2 ]  /  [mg = emg 1 + emg2 /c/t / [i]]




The Graceli inflation rate and curvature depends on the above factors and also the position in which it is at the time of measurement.

If the equator will have a slope x if y slope in the tropics , and if the poles ak slope .

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