Naked Science Forum

Non Life Sciences => Physics, Astronomy & Cosmology => Topic started by: The Scientist on 19/12/2010 11:11:57

Title: What are the chances for a "big crunch" to happen?
Post by: The Scientist on 19/12/2010 11:11:57
Please elaborate upon explanation. Thanks!
Title: What are the chances for a "big crunch" to happen?
Post by: Foolosophy on 19/12/2010 11:39:08
Please elaborate upon explanation. Thanks!


You require a numerical probability for a 'universal collapse' event?
Title: What are the chances for a "big crunch" to happen?
Post by: The Scientist on 19/12/2010 11:42:23
Please elaborate upon explanation. Thanks!


You require a numerical probability for a 'universal collapse' event?

yea... kinda... :)
Title: What are the chances for a "big crunch" to happen?
Post by: Chemistry4me on 19/12/2010 11:46:21
How about 'practically nil' [:o] ?
Title: What are the chances for a "big crunch" to happen?
Post by: The Scientist on 19/12/2010 11:48:51
How about 'practically nil' [:o] ?

Oh? That's interesting, could you please elaborate further?
Title: What are the chances for a "big crunch" to happen?
Post by: Foolosophy on 19/12/2010 12:06:46
Please elaborate upon explanation. Thanks!


You require a numerical probability for a 'universal collapse' event?

yea... kinda... :)

....and what do you intend to do with such a numerical probability?

Perhaps the conditions necessary for such an event are more interesting to discuss?
Title: What are the chances for a "big crunch" to happen?
Post by: Bill S on 19/12/2010 19:10:37
I suspect that in our present state of cosmological knowledge any attempt to predict the likelihood of a big crunch would rely more on the crystal ball than the computer. However, there are some interesting side issues, such as the possibility that any information could pass through a crunch/bang situation into a succeeding universe.   
Title: What are the chances for a "big crunch" to happen?
Post by: imatfaal on 20/12/2010 11:49:14
At the moment the best calculations and measurements we have show that the big crunch is very unlikely - the hubble constant is such that the universe will keep expanding and we will end up cold, dark, and lonely.