Universe Creation Theory
Introduction
Everything that grows always starts from something very small. We see it primarily in nature; all that is needed is the correct environment for the ‘seed’ to flourish. The universe is no different.
This laymans theory is my honest belief of how the universe began, expanded and spawned the billions of galaxies which are present today. The theory does pose a few theoretical problems which I am unable to resolve but I believe that someone out there can iron out the creases and fill in the gaps.
Fifteen years ago when I first realised how the universe was created, I found a problem in the fact that the universe had to be accelerating and that its outer ‘edge’ had to be accelerating at many times the speed of light away from the centre. Since then however scientists have theorised that the universe expansion is in fact accelerating. There can only be one explanation
.………………
Phase 1 – An electron and an absolute void
In the beginning there was nothing but a void, whether it was infinate and eternal – I do not know. Because there was nothing there must have been no energy present, the temperature therefore had to be zero degrees Kelvin and the pressure had to be zero. It was in this unique environment that a single electron had to appear – it needed only one. The void is now negatively charged.
In this unique environmet (a void containing a single electron) the electron will rapidly and repeatedly multiply (similar to how a virus divides and multiplies in nature) , because all the proliferated electrons have a negative charge they repel and move apart. As there are no other entities or forces in the void the electrons furthest from the centre at the outside edge will be continually accelerating away from the centre due to the repulsive forces.
Soon there are countless billions of electrons and at this point the very ‘outside’ ones could easily be travelling faster than the speed of light because there is nothing to hinder their constant acceleration. The electrons closer to the centre would not be travelling as fast because of the negative forces acting upon them from those further away from the centre
.………………
Phase 2 – Protons from the electrons
The closer to the centre of the ‘ball’ of electrons the greater the density of the electrons will be, and as the multiplication continues the density will increase. Eventually the very centre of the ‘ball’ will become saturated in that the physical space required for them to multiply is simply not there, but they still have to multiply. At this moment-unable to move away from the parent electron the offspring electron ‘flips over’ and attaches itself to the parent electron.
In doing so they create a proton. Even though the two individual electrons retain their negative charge, the two combined produce an overall positive charge.
………………
Phase 3 – Radicals to hydrogen
The proton is surrounded by electrons which are instantly attracted by the positive charge. They cannot however ‘hit’ the proton because of the two negative charges witihin so they circle it – creating a radical.
Other electrons at the saturated centre will create radicals at an increased rate because the size of the saturated electron area itself is increasing. And when two radicals inevitably come together they form a molecule of hydrogen, which immediately freezes. This process of hydrogen production will start to accelerate, effectively creating a frozen hydrogen ‘snowball’
.………………
Phase 4 – The hydrogen snowball
Although hydrogen weighs very little, when the ‘snowball’ gets big enough (probably many light years across) gravitational forces begin to act due to the mass. This gravitational force towards the centre of the ‘snowball’ increases as the hydrogen mass increases and so the pressure towards the centre will also be increasing.
The increase in pressure/gravity will force the elongated figure-of-eight shaped hydrogen molecules at the very centre of the ‘snowball’ to align themselves pointing towards the very centre of the ‘snowball’.
Over time the enormous hydrogen ‘snowball’ will have massive gravitational forces which, the closer any hydrogen molecule is positioned relative to (and perfectly aligned with) the centre of the mass, the greater the pressure which will be applied upon it.
Figure 2.
.………………
Phase 5 – Helium plus an expanding ‘vacuum’
The pressure starts to change the shape of the hydrogen molecules, ‘squeezing’ them from an their natural elongated figure-of-eight shape into a more squat figure-of-eight.
At this point the compressed hydrogen molecule forms into one complete circle and form an atom of helium which turns into a liquid and is drawn outwards from the centre of the mass towards the hydrogen snowball due to gravitational forces. Because the helium atom takes up less overall space than when in its previous hydrogen state it leaves behind it a small void
Figure 3:
The action of the squeezed hydrogen turning into helium has to be instantaneous, and because the process of producing electrons and hydrogen is still accelerating, the process of producing helium and ‘space’ is also accelerating. Soon we have an enormous ball with a vacuum at the centre.
………………
Phase 6 – The vacuum MUST be served
In time the vacuum would be hundreds of light years across and this vacuum would have to be served. At this point there is a breach of the helium ‘seal’ into the vacuum and there is an implosion of hydrogen and helium. The gravitational attraction of the outer ‘shell’ and hydrogen ‘snowball’ would cause the imploded elements to ‘curve’ back outwards shaping into a giant whirlpool of hydrogen and helium, the two elements needed to form stars. This whirlpool could be hundreds of light years across and will loose all/most of the outward acceleration it gained while part of the ‘snowball’ but will maintain the velocity (moving away from the centre of the vacuum) it has built up
.………………
Phase 7 – Continual implosion and child ‘eddies’
The vacuum would never be satisfied with the implosion thus the whirlpool implosion process will happen all over and continually.
The giant whirlpools will over time produce hydrogen and helium eddies which which themselves could be light years across. If we take one of these lesser whirpools, one which is say, a single light year across-this too would potentially have eddies.
Figure 4
………………
Phase 8 – All ‘eddies’ become stars
Over time the central ‘whirlpool’ will form into a star through normal gravitational attraction, the primary ‘eddies’ from the central ‘whirlpool’ would also form into stars. If the primary eddies were large enough there was enough hydrogen and helium available they too would form smaller ‘child’ eddies and ultimately smaller stars.
In time the availability of the hydrogen and helium would first run out for those ‘eddies’ near the central whirpool, they would soon cool down and become planets and moons. Those eddies further away from the centre would be able to receive more hydrogen and helium and thus will form into larger ‘stars’ and so remain as stars for much longer than those near the central whirlpool. But in time though these larger stars will also run out of their store of hydrogen and helium and become giant planets.
Is this the way our solar system was formed?
………………
Footnote
Extinction of the dinosaurs.
Lizards need the heat of the sun to warm them up, the more heat received – the larger the lizard, which is why the largest lizards found on earth are in the tropics.
Dinosaurs were enourmous and must have needed more heat and light than the sun would give out alone.
As we know there were four distinct ages of dinosaurs. So if we take it that the four giant planets Jupiter, Saturn, Neptune and Uranus were once stars they would have given our planet extra heat and light. If they ‘went out’ one at a time there would possibly have been some sort of mini supernove followed by a sudden drop in light and temperature ‘killing off’ various dinosaurs.
So, did the ‘star’ Jupiter run out of hydrogen and helium, get extinguished and become a planet sixty five million years ago?
