First, I am not a rebel. It is just that I was born with a mind that continues to serve me with visualizations that, to me, place me at odds with a deeply embedded theory of universe creation. I believe the universe is in a dynamic steady state.
Science today believes the universe is expanding from a explosion that took place billions of years ago. They point to red shifting of distant stars as the proof of this event.
Bear with me and I will explain why velocity is not the only cause of starry red shifts and in doing so I hope to put a small amount of doubt in the main leg supporting the Big Bang theory. I thoroughly apologize, even if I'm wrong.
The universe is in a constant process of condensing with an equal an opposing balance of element evaporation occurring in the suns of space.
Light has mass. Is it so difficult to believe elements decompose slowly in suns? That fusion is not the only purpose of sun furnaces. We use heavy elements to create a decomposition that we call nuclear fission and these elemental isotopes decompose into lighter elements. Also heating any element will cause it to emit light. If light has mass then isn't that element losing mass? Just add time.
After light and other electromagnetic energy is created in the starry furnaces, these energies travels out into space and begin a slow and steady condensation into our lightest element, hydrogen, which incidentally happens to be the most abundant element in the universe. We live short lives and it is difficult to see the process of light becoming hydrogen, dark energy and dark matter. We simply have not measured these. What we can't see, though, we can infer.
It takes untold billions of years for light to shift towards elemental hydrogen. It must traverse all the stages of atom creation one stage at a time. It has to travel through all the subatomic spectrums of dark engery/matter. There so many levels to be taken. Atoms are far more complex than we can now measure. There are so many particles that aren't understood and combinations of those particles that organize into the complexities that aggregate into an atom of hydrogen.
Light's first step in it's travel through space is to shift it's color. It must travel a long distance before this takes place. I find it interesting that light ignores most forms of subatomic matter to allow it to travel such long distances without being absorbed. There must be an attractive and repulsive dark energy/matter force that keeps many forms of energy and matter travelling at the same speed as when it began even while it displaces this basic stuff of the universe. This neutral force kept me from accepting my own visualizations for a long time.
There are several reasons why we, as yet, have not measured these changes. First most of these condensations occur so rapidly and create so little matter that we don't have the tools, as yet, to measure them. Also, we aren't really looking, are we?
Secondly, we don't have the time or the positioning on the surface of our planet to see the slow changes taking place. Condensation from one element into another is so slow that we must look for these slow changes over a long period of time. Add to that, most of these changes occur where there is pressure, at the center of planets. The smaller the planet, the slower the fusion condensation.
We have proof that the lighter elements can fuse into heavier elements. Hydrogen readily fuses into helium at extreme temperatures. Substitute time and pressure and the same fusion occurs with a mathematical randomness that is very predictable.
A balance exists between absorption and condensation so at the other end of the fusive scale are the heavier elements such as isotopes of uranium and thorium. They fission into lighter elements quite easily when their heavier isotopes are simply placed into close proximity to each other. They also lose mass as they radiate electromagnetic energy. Just add time and you can see they are evaporating.
By now, you should have gathered that it may be that the color shifts of light don't add up to a big explosion They may be caused by velocity but distance is the bigger part of the equation. If this theory holds any truth to it, it will be difficult to separate one from the other for distance space objects.
I would like to mention that a condensing universe is one that has a lot of stuff in it's so called empty space. On any matter sphere, depending on size, a huge flow is created from the condensation of dark energy/matter and this flow will create matter, the larger the sphere, the more hydrogen and other elements are created. So much so that planets grow much more rapidly than simple addition of space debris.
If this theory has any validity there must be proof somewhere. Neal Adam's expanding earth shows a fast growing earth based on Nasa's calculations of sea floor age. There is also water (hydrogen/oxygen) added to this expanding earth that form the seas. The suns must live much longer as they also absorb this dark energy/matter flow. In my imaginings I see different vacuums created at different frequencies on the surfaces of planets and suns from condensing energies and they create negative pressures for those particular frequencies.
All in all. It may be that we will find the universe far more interesting than we have previously imagined. If it has lived for untold trillions of years, then life out there is very interesting indeed.
Pierre Chicoine
Science today believes the universe is expanding from a explosion that took place billions of years ago. They point to red shifting of distant stars as the proof of this event.
Bear with me and I will explain why velocity is not the only cause of starry red shifts and in doing so I hope to put a small amount of doubt in the main leg supporting the Big Bang theory. I thoroughly apologize, even if I'm wrong.
The universe is in a constant process of condensing with an equal an opposing balance of element evaporation occurring in the suns of space.
Light has mass. Is it so difficult to believe elements decompose slowly in suns? That fusion is not the only purpose of sun furnaces. We use heavy elements to create a decomposition that we call nuclear fission and these elemental isotopes decompose into lighter elements. Also heating any element will cause it to emit light. If light has mass then isn't that element losing mass? Just add time.
After light and other electromagnetic energy is created in the starry furnaces, these energies travels out into space and begin a slow and steady condensation into our lightest element, hydrogen, which incidentally happens to be the most abundant element in the universe. We live short lives and it is difficult to see the process of light becoming hydrogen, dark energy and dark matter. We simply have not measured these. What we can't see, though, we can infer.
It takes untold billions of years for light to shift towards elemental hydrogen. It must traverse all the stages of atom creation one stage at a time. It has to travel through all the subatomic spectrums of dark engery/matter. There so many levels to be taken. Atoms are far more complex than we can now measure. There are so many particles that aren't understood and combinations of those particles that organize into the complexities that aggregate into an atom of hydrogen.
Light's first step in it's travel through space is to shift it's color. It must travel a long distance before this takes place. I find it interesting that light ignores most forms of subatomic matter to allow it to travel such long distances without being absorbed. There must be an attractive and repulsive dark energy/matter force that keeps many forms of energy and matter travelling at the same speed as when it began even while it displaces this basic stuff of the universe. This neutral force kept me from accepting my own visualizations for a long time.
There are several reasons why we, as yet, have not measured these changes. First most of these condensations occur so rapidly and create so little matter that we don't have the tools, as yet, to measure them. Also, we aren't really looking, are we?
Secondly, we don't have the time or the positioning on the surface of our planet to see the slow changes taking place. Condensation from one element into another is so slow that we must look for these slow changes over a long period of time. Add to that, most of these changes occur where there is pressure, at the center of planets. The smaller the planet, the slower the fusion condensation.
We have proof that the lighter elements can fuse into heavier elements. Hydrogen readily fuses into helium at extreme temperatures. Substitute time and pressure and the same fusion occurs with a mathematical randomness that is very predictable.
A balance exists between absorption and condensation so at the other end of the fusive scale are the heavier elements such as isotopes of uranium and thorium. They fission into lighter elements quite easily when their heavier isotopes are simply placed into close proximity to each other. They also lose mass as they radiate electromagnetic energy. Just add time and you can see they are evaporating.
By now, you should have gathered that it may be that the color shifts of light don't add up to a big explosion They may be caused by velocity but distance is the bigger part of the equation. If this theory holds any truth to it, it will be difficult to separate one from the other for distance space objects.
I would like to mention that a condensing universe is one that has a lot of stuff in it's so called empty space. On any matter sphere, depending on size, a huge flow is created from the condensation of dark energy/matter and this flow will create matter, the larger the sphere, the more hydrogen and other elements are created. So much so that planets grow much more rapidly than simple addition of space debris.
If this theory has any validity there must be proof somewhere. Neal Adam's expanding earth shows a fast growing earth based on Nasa's calculations of sea floor age. There is also water (hydrogen/oxygen) added to this expanding earth that form the seas. The suns must live much longer as they also absorb this dark energy/matter flow. In my imaginings I see different vacuums created at different frequencies on the surfaces of planets and suns from condensing energies and they create negative pressures for those particular frequencies.
All in all. It may be that we will find the universe far more interesting than we have previously imagined. If it has lived for untold trillions of years, then life out there is very interesting indeed.
Pierre Chicoine
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