Graceli equivalence theory involving gravity and radiation.




The radiation acts on the movements of the stars and their structures .
Well , when measuring the bending of light near the equator always have a slight variation in relation to the centers , ie , the radiation is more intense at the equator than at the poles changes the gravitational and inertial about the movements and shapes geodetic question.

Theory of equivalence Graceli .
Thus form an equivalence between radiation, gravity, inertia , motion , shapes , geometry and physical structures .



Theory Graceli functional structure quantum physics, astronomy and cosmic .

Author : Luiz Ancelmo Graceli .

The functional structure following parameters that will determine the physical and chemical structure . That is, it takes a particle to have certain radiation more intense at the equator and less intense at the poles , or even always have the most side of the equator facing another particle .

This will also see the thermal radiation , and the instabilities and oscillations of gases and particles when under high temperatures .

And , when it comes to shapes and intensities we also see the movements of the stars with the equator always facing biggest superstars , such as satellites to planets , to stars and planets .

We see this in the structures of galaxies with runs ranging form physical structures , with galaxies that tend to produce flat planes and spiral arms .

And they tend to have cones of radiation perpendicular to the plane of the arms of galaxies leaving the center of the same , or black holes .

Also the black hole following functional structures in the nucleus of the galaxy .

That is, we actually have the physical structural , functional and physical structure that will determine the structure of the physical phenomena .




System Graceli gravitational and radioactive. And functional structure of black holes .

On the outskirts of particles and atmosphere of stars , as well as the geodesic forming the space between stars have a system of action between gravity and radiation that produces the stars .

Ie , not only gravity but also radiation . For that whenever measured geodesic curvarura that light makes when passing near stars, this curvature will never be the same . Where the result will always vary .

Ie we have a relativity Graceli involving two key agents of nature : gravity and radiation .

Where inertia also becomes part of this double action.
So we have key players : gravity , radiation , inertia and the rotation and translation of the star , ie its dynamics .

Where we have an equivalence involving these four fundamental phenomena .

Where the inertia , gravity, radiation and dynamics become dimensions and produce the geometry in the atmosphere and periphery between stars and particles .

With this we have a relativity of dimensions , geometry and phenomena involving these phenomena that vary intensity , production and positioning and shapes.

It is confirmed that the part of the poles have a phenomenal reality , another in the tropics , and the range of the equator and ecliptic [ Graceli tracks of particles and stars and galaxies and black holes ] another reality .

Division and forms the functional structure of black holes .
It is seen that the black holes also divided into poles , and central part like an equator.


Geometry Graceli variational wave quantum n -dimensional .

A radiation system formed waves where space becomes vibrant and diffuse radiation on the system . This is common to see straight into the asphalt during very hot days in the schedule of noon .

That is, we vibrating waves , relating to variational and output radiation intensity and quantum dots exponential .

And following variations as n - dimensions , and that these n- dimensions graceli vary and are related to system variables .

Thus we have a geometry that is not curved , and not straight but undulating , and n -dimensional quantum and relative .

This also have the plasmas in the radiation quantum processes within the particles and radiation , and also in the peripheral part of stars, especially hot.

As well as inside black holes .



In a system of geometric waves, the time that a particle travels about a geometric system of waves also happens to be relative variational as the physical universe in which it lies.



Universal theory Graceli .
Graceli dimensional theory .

Graceli wave geometry .

The Graceli dimensional theory is based on dimensions of energy and matter [ for more than 40 dimensions Graceli ] [ published online ] , where the physical and chemical nature are unified with the dimensions of energy and matter .

Where energy produces the world of physical phenomena , and quantum chemical , structural , and also produces the dimensions .

It is seen that the time suffers the action of gravitational fields , where a runner has the feeling of being faster on the moon than on earth . That is, in this sense the time forms a unity with the gravitational energy , the movement . And the inertia .

Where time quantum is a quantum phenomena and gravitational is another .
Ie we have a relativity and uniqueness .

And the space happens to be straight , curved or wave that undergoes the action of radiation and fields .

That is, the space of a system of radiation.
When it is not curved or straight, but in each variable wave that is measured in dots . For the shape space radiation on the waves.

That is, between two points on a system of radiation, or quantum .

That is, we have a physical universe , dimensional and geometric unify and intertwine , and by themselves are relative variational as the system in which they find themselves.

In a system of geometric waves, the time that a particle travels about a geometric system of waves also happens to be relative variational as the physical universe in which it lies.

An atomic clock will time marked variations as found in an energy system variable. Ie , within grids temperatures will have a time for stars with gravitational and radioactive energy grids within plasmas and black holes .



Quantum uncertainty Graceli for worlds and states in quantum particles .

author . Ancelmo Luiz Graceli .

Magnetic spin quantum .

With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .

causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .

With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .

with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
Quantum uncertainty Graceli for worlds and states in quantum particles .
Quantum uncertainty Graceli for worlds and states in quantum particles .

author . Ancelmo Luiz Graceli .

Magnetic spin quantum .

With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .

causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .

With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .

with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .
author . Ancelmo Luiz Graceli .

Magnetic spin quantum .

With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .

causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .

With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .

with this we have an uncertainty of quantum relativity and variability of time , position, shape , energy intensity at each point in time and producing various geometric shapes and varied points confo0rme am uncertain variation of energy flows and rotation .

Quantum uncertainty Graceli for worlds and states in quantum particles .

Magnetic spin quantum .

With the rotation electric and magnetic quantum quantum yields and varying flows at different points in tiny particles and causes electrons to be several particle at various points . And that varies with energy intensities at each point as rotation and flow with flow variation of intensity and variation of electric and magnetic spin quantum electrical , magnetic and radiation .

causes a particle is, in several states and physical situations , thus have a material nature , energy and quantum uncertainties of intensity and energy production , leading to a relativity quantum uncertainty graceli .

With that in the quantum world graceli a particle can be in different quantum states and uncertainties , and that leads to a relativism graceli worlds of quantum uncertainty and quantum states .