Re: [asa] big bang question ... and the start of matter...

From: Jim Armstrong <jarmstro@qwest.net>
Date: Mon May 05 2008 - 17:38:35 EDT
This equation just expresses an equivalency or conversion relationship between mass and energy, thinking in terms of converting a given quantity of one into the other. It says nothing about the total amount of either (or both) present in the universe. It's probably safe to say that if this was ever descriptive of the relative proportions of energy and matter in the universe, that it was true for only an instant.
I surmise that it was simply all E at the outset, given the unthinkable energy density. Perhaps just prior to  (for lack of a different term) the instant of the Big Bang, a different equivalency and conversion relationship is in play, [unknown]=E' where E represents the total energy present at the "moment" of creation, and [unknown] represents whatever in God's domain (if anything) served as the precursor to the energy.

Regards  -  JimA [Friend of ASA]

Dehler, Bernie wrote:

A question about the big bang.

 

As I understand it, at the moment ‘before’ the big bang, there was nothing material- not even an electron.  After the big-bang, energy started converting to matter, according to

 

E=MC^2

 

Question- how can this equation balance at the very start, where M approaches 0?  You have M approaches zero on the right side of the equation, and E approaching infinity on the left, correct? C is just a (relatively small) constant, so it can’t have much of any effect.  I’m wondering how this equation works, with the left side approaching infinity and the right approaching zero; but it is balanced…?  

 

I understand that the theory breaks down as you get closer to the start of the big bang- any idea how close you can get to the big bang before breaks—how many atoms exist?

 

The “expelled” movie makes a big deal of science not knowing how life came from non-life.  I wonder also about atoms coming from no matter—at one point there is no matter, then at another you’ve got electrons orbiting a nucleus.  

 

If you can explain, please keep it short- to a few paragraphs.

 

...Bernie 

"It's turtles all the way down!"

 

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