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page 14 of 15
The Cosmic Expansion of Light
by Maria
in 15 Jul 2008
 (...previous) Dark matter is one of the aspects to consider.
Our movement apparently is smaller than that of the far away galaxies. This idea that other galaxies move at great velocities is given us by the resistance of the forces, gravity-relativity resulting from nearby matter. It is still these forces or laws that function within and outside the most distant galaxy and keep it united, carrying along in its movement all the stars that compose it. Nevertheless, in the relationship among galaxies, the distance is so big that apparently the laws no longer have the same effect. It is, however, the mysterious dark matter that, although invisible, has its function. The deviation towards red may be considered as a result of distance, but it does not necessarily indicate expansion, but rather, movement. The great distance between our galaxy and the more distant observable one, is what gives us the idea of it escaping in an infinite expansion. This is so because we are used to see the Universe from within ourselves and as a starting point of the beginning. But how many Big-bangs haven’t there existed for the creation of this Cosmos that our vision reaches?
Thus, the deviation towards red tells us only that they are distant, but not their ages, nor that the Universes are indefinitely expanding. We also will have to consider if the galaxies that present deviations towards red are really matter of weak intensity or stars of feeble light (whether they are forming or extinguishing themselves), giving us, by its colour, the idea of distance. It they are forming themselves, they are the youngest, whereas if they are extinguishing themselves, then, they are the ancestors of our Universe…
While some show us their feeble light deviated towards red, others, unknown and invisible, obscured by the brighter ones, “wander” around without being seen, given their weak energy, and we only observe a dark region or a black night, being the galaxies of dark matter. A lot also depends on the point where we stand. Light is a wave; the wave of light emitted by a moving source varies for a stationary observer. The objects that approach us have their spectral rays systematically deviated to short wavelengths, nearer the blue; the ones that move away show the deviation towards red. The greater the deviation towards red, the greater the velocity, or is it only the distance?
How many feeble light galaxies are there among those of brighter light? We only see the stars, as they are emitting the light from their inner blaze, whereas planets remain without light and receive it from the stars. Many planets are part of the dark matter, however they may contain myriads of lives unknown to us. Thus, black matter and luminous matter adjust themselves in order to form the gravitational law and stabilize the rotation of galaxies. Seen from a scale large enough, the Universe is not the same everywhere, nor the effects of time apply themselves to all the points of the Cosmos. Time is, for us, of a certain unity and dimension, resulting from the lived space, the density of matter (that attracts and repels itself) and the gravity that sustains it. If there are spaces where matter and density are lesser, then our concept of time is not applicable to all the points of the Cosmos. Thus, also the light impulses of a galaxy do not correspond to its real value, because the limited vision of time and space provides us with a dimension that only corresponds to ours and not theirs. The comprehension of the Cosmos’ real value will never be complete due to the consciousness dimension we live in, obstructing intelligence.
Time is also altered by the lack of uniformization in space. The laws of physics, such as we know them, do not apply everywhere. The theory of deviation towards red does not solve the problem of the age of the Universe, neither does it tell us that it is in expansion (but only in movement), nor does it provide the solution for the darkness of the Cosmos.
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