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A New Approach, by Gaiven


ClaudeGaiven

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Before Before Big Bang Event

{

 

e = change by intelligence (1)

a = e

 

f = change by intelligence (2)

b = f

 

g = change by intelligence (3)

c = g;

 

}

 

Before Big Bang Event

{

 

x = Space;

x = 0;

y = Time;

y = 0;

z = Mass;

z = 0;

 

a^x + b^y = c^z

a^0 + b^0 = c^0

1 + 1 != 1

 

2 != 1;

}

 

After Big Bang Event

{

x = Space;

x = 1;

y = Time;

y = 1;

z = Mass;

z = 1;

 

while(x == 1 && y == 1 && z == 1) {

e = change by intelligence (1)

a = e

 

f = change by intelligence (2)

b = f

 

g = change by intelligence (3)

c = g;

a^x + b^y = c^z

a^1 + b^1 = c^1

 

a + b (and/or/not/nand/nor/xor) c

}

}

 

Beginning/end is not needed to exists, therefore does not have to be considered. Adding this increases U complexity creating a problem from nothingness, adding information from nothingness, therefore adding energy from nothing which violates the first law of thermodynamics.


I am sorry for the name, I am honesty looking for assistance in the development of this idea further

 

Thank You

Edited by ClaudeGaiven
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I am sorry for the name, I am honesty looking for assistance in the development of this idea further

 

 

It doesn't appear to make any sense at all.

 

I recommend learning a little bit about current cosmological theories before trying to invent your own.

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while(x == 1 && y == 1 && z == 1) {

e = change by intelligence (1)

a = e

 

f = change by intelligence (2)

b = f

 

g = change by intelligence (3)

c = g;

 

a^x + b^y = c^z

a^1 + b^1 = c^1

 

a + b (and/or/not/nand/nor/xor) c

}

You're poor programmer also.

Inside of your the main loop you created infinite loop, as nowhere inside of it, x, y nor z are not changed by the code..

The whole while() statement is always equal true, and can be simply skipped.

I am sorry for the name, I am honesty looking for assistance in the development of this idea further

 

If there are just 3 dimensions, space has x,y,z dimensions and volume is in m^3 (with meter unit of length).

If 3D space is expanding 3D volume is expanding.

Then you can ask "how much it's expanding per unit of time (like f.e. second)".

If space is collapsing, you can ask "how much it's collapsing per unit of time".

 

You have no such considerations, nor code for it, in your the main loop..

Edited by Sensei
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wow, what can I say but that you may have left out a few steps there...question : does ( mean void ?. You wrote your thinking down in an interesting manner. I have my own floorplan of pre BB events. If you are indeed serious, please elaborate...and why are you sorry for the name?. One thing I noticed is that you equate intelligence with energy. Don't you mean information instead of intelligence? This way you don't violate conservation, as information describes energy, and is not energy itself, and so remains neutral.

Edited by hoola
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