BIG BANG COMPUTER SIMULATOR

Firstly the big bang cannot be simulated on a computer.
And it can but only if you have all the information.
And the only information we have is comsic background radiation.
And we must make the most out of the information that we have.
Maximinsed data.
That is the objective.
Now a Tv picture can be reflected between a large vanity mirror and a small shaing mirror to infinity.
If the Tv image is small enough to begin with.
Then the image det dimmer and dimmer as it approaches infinity.
each image has it's own energy signature.And speed spectrum.Because the total decleration of light adds up to the speed of light taken to infinity.
And that is given by the equation PI SQUARED* 186,000 MILES SECOND SQUARED= X MILES SECOND.
And that is an infinite speed for light.
And it is quite possible that that speed is the data that we need.
Because it mazimises the speed of light and it is the speed of decleration.
The light travels a distance that is the equal to it's entropy.
Since light looses all of it's energy it travels the distance of the known universe.
All inside the mirror chamber.
And this can be simulated on a computer.
We can reflect cosmic background radiation as if between two radio mirrors.
And we can turn the clock back.
We can change the direction of entropy on the simulatot.
That means the universe will run backward in time to the begining.
And then we can reverse direction again to repeat the big bang.
And the data is the speed signature and the energy signature.
And also the red shift and in this case it is quite likely a blue shift.
All of this maximised our data on the big bang.
We can see what happened in the first few seconds after the big bang.
And maybe even before it.
And that is impossible.
But so far anything has been possible.
So I would not rule out seeing time before the big bang.
You can program this simulator in Adams supercomputer.
And it is real time software for absolute time for the whole universe.
And when can measure time absolutely we really are maximising our data.