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Originally Posted by ryan2006
The heat is escaping our known space then, correct? |
What do you mean by "escaping" and "known space?" What is it escaping into?
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Originally Posted by ryan2006
If this is the way it is then heat expands when the edges of Cosmic Back Ground Radiation indicate the early universe is cooling. |
Again, not too sure what you mean here. Radiation doesn't have a distinct edge. Think of dropping a rock in a pond. It creates wavelike ripples. You can't really point and say "Right there... that's the edge of the ripple." It's more continuous than that.
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Originally Posted by ryan2006
At the rate of cooling our universe will be pretty cold in about 15 billion years from now. |
Damn... I'd better get out there and start chopping some wood. What am I sitting around for???
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Originally Posted by ryan2006
Where will the heat go if heat rises? |
Up, silly.
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Originally Posted by ryan2006
If heat has every direction to go then there will be a heat up of the edges of the universe. Unless unless it is trapped in a bounded universe. |
That whole edges thing is tough to figure out. Like woog said... If I throw a ball hard enough and fast enough away from me, will it eventually hit my back? (barring a lack of obstacles like stars and planets and planetessimals and such in its path). Does it go on forever? Does it hit a wall and bounce back?
Is there really a ball? <going all Matrix on you now>
