Hubble and Gravitational Dilation

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Hubble and Gravitational Dilation


These two elements are lumped together as their most likely reason for being is that no two gravity across the vast expanse of the universe travel at zero relative velocity. The Hubble frequency would be an expansion in every direction so that if gravity were released linearly sequentially it is not traveling at zero relative velocity to each other. That is to say the universe (nothingth dimension) expands in every direction around zeroth dimensional spots in a continuous universe.

While gravitational dilation, or the apparent slowing of time, is a dilation of not only the nothingth dimension, but in this case the dilation affects the size of all distances (the quanta stay the same size); while, the velocity relative to the absolute speed of light remains constant. That is to say: the photon is too simple a particle to have a blue or red shift due to encountering a respective larger or smaller gravitational field – it stays the same size and everything else increases or decreases in size. That is to say the electron is farther from the proton in hydrogen, the electron and the proton are bigger (surface area to charge ratio increases), the whole ruler stick is larger. This is apparent in the refraction of light. In no way can you make a slowed bluer photon in refraction act as said such more energetic bluer light; while, gravity dilates such that the bluer light has this more energetic effect on the particles that surround it. Hence, the matter is refracted not the light.

Gravity creates more space within its field, where everything is larger. Photons created in this larger gravitational field will be of a longer wavelength because the electron is farther from the proton. A resonation in a high gravitational field will take more time as it has farther to go while its mode of transport will only travel at the same relative velocity to the absolute velocity of light. The reason the Shapiro Effect is observed is that the light, gravity, gravitational wave, and etc. actually has to travel farther at the same speed. This is counter intuitive...or should I say counter to the current theory6 where time slows and the wavelength of light changes. But, as will be shown, if this method is used to observe the universe, many complex issues have very simple explanations. The result of this dilation is that gravity in higher densities dilates space resulting in the gravity in close proximity do not have zero relative velocity.

Thatis to say that a photon entering into a black hole will not blue shift infinitelyadding infinite energy to the black hole; rather, it will add an equivalentenergy to that at which its wavelength is in zero gravitational field. Though,proton and electron spacing (and the particles themselves) near a very largemassive object would be larger and the photon would be blue shifted in itsinteractions; yet, the resultant of this interaction would then be red shiftedwhen witnessed from an area of lower gravitational field.    

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Figure 14: Differing meter sticks of gravitational dilation. More gravity results in a larger stick.

Were through permeation by gravity objects would increase in size. A meter stick outside all gravity would be the shortest meter. It would remain the size of a meter stick not permeated by gravity; while, other meter sticks would show permeation by gravity and hence be of a larger size. This would necessitate extra quanta. These quanta would be provided by extra charge field strings and their corresponding magnetic field lines that surround matter and are the basis for dark matter.

Gravity and light differ in the way they enter a massive object's dilation straight on. As measured by the local meter stick gravity retains cross sectional density and blue shifts along trajectory. Photons, as measured by the local meter stick, blue shift in cross section as well as along trajectory. That is to say gravity actually changes cross sectional area as the dilation of itself and the oncoming gravity are summative (dilation such as the Hubble has been shown to allow greater than light speeds); while, the gravity along trajectory retains the same distance. Light retains the same distance in cross section and along trajectory. Meaning for photons there is same amount of photons in a smaller volume measured locally – at higher gravitation.

It must be noted that by all measurements externally to a gravitational field the internal meter stick appears the same length. That is to say there is more space in a high gravitational field.

Thereis also the matter of dilation as it pertains to the Hubble expansion of theuniverse. Gravitation (summative) would cause a larger amount of space in anarea; therefore, there would be more zeroth dimensional spots around whichthere would be expansion. Thus, gravitation would cause a greater creation ofspace. In current theory the opposite would be true; as, time would dilate andthere would be a slower evolution of space within gravitation.    

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