From: HVAC on
But that's not the end, according to University of Michigan
astrophysicist Fred Adams. An expert on the fate of the cosmos and co-
author with Greg Laughlin of The Five Ages of the Universe (Touchstone
Books; 2000), Adams predicts that all this dead matter will eventually
collapse into black holes. By the time the universe is 1 trillion
trillion trillion trillion trillion trillion years old, the black
holes themselves will disintegrate into stray particles, which will
bind loosely to form individual "atoms" larger than the size of
today's universe. Eventually, even these will decay, leaving a
featureless, infinitely large void.




http://www.time.com/time/covers/1101010625/story.html

From: bert on
On Mar 19, 7:46 am, HVAC <mr.h...(a)gmail.com> wrote:
> But that's not the end, according to University of Michigan
> astrophysicist Fred Adams. An expert on the fate of the cosmos and co-
> author with Greg Laughlin of The Five Ages of the Universe (Touchstone
> Books; 2000), Adams predicts that all this dead matter will eventually
> collapse into black holes. By the time the universe is 1 trillion
> trillion trillion trillion trillion trillion years old, the black
> holes themselves will disintegrate into stray particles, which will
> bind loosely to form individual "atoms" larger than the size of
> today's universe. Eventually, even these will decay, leaving a
> featureless, infinitely large void.
>
> http://www.time.com/time/covers/1101010625/story.html

Spaced out TreBert
From: Yousuf Khan on
HVAC wrote:
> But that's not the end, according to University of Michigan
> astrophysicist Fred Adams. An expert on the fate of the cosmos and co-
> author with Greg Laughlin of The Five Ages of the Universe (Touchstone
> Books; 2000), Adams predicts that all this dead matter will eventually
> collapse into black holes. By the time the universe is 1 trillion
> trillion trillion trillion trillion trillion years old, the black
> holes themselves will disintegrate into stray particles, which will
> bind loosely to form individual "atoms" larger than the size of
> today's universe. Eventually, even these will decay, leaving a
> featureless, infinitely large void.

Yeah, the individual "universe-sized atoms" will likely be what we call
Bose-Einstein Condensates right now. These are basically particles with
wave functions that overlap each other. Due to the properties of Quantum
Mechanics, they can span infinite distances, faster than the speed of light.

Yousuf Khan
From: James Burns on
HVAC wrote:
> But that's not the end, according to University of Michigan
> astrophysicist Fred Adams. An expert on the fate of the cosmos and co-
> author with Greg Laughlin of The Five Ages of the Universe (Touchstone
> Books; 2000), Adams predicts that all this dead matter will eventually
> collapse into black holes. By the time the universe is 1 trillion
> trillion trillion trillion trillion trillion years old, the black
> holes themselves will disintegrate into stray particles, which will
> bind loosely to form individual "atoms" larger than the size of
> today's universe. Eventually, even these will decay, leaving a
> featureless, infinitely large void.
>
> http://www.time.com/time/covers/1101010625/story.html

Some say the world will end in fire,
Some say in ice.
From what I�ve tasted of desire
I hold with those who favor fire.
But if it had to perish twice,
I think I know enough of hate
To know that for destruction ice
Is also great
And would suffice.


-- Robert Frost
From: Hagar on

"HVAC" <mr.hvac(a)gmail.com> wrote in message
news:ca59a10e-2995-49e7-ba98-6f6e49160766(a)t23g2000yqt.googlegroups.com...
> But that's not the end, according to University of Michigan
> astrophysicist Fred Adams. An expert on the fate of the cosmos and co-
> author with Greg Laughlin of The Five Ages of the Universe (Touchstone
> Books; 2000), Adams predicts that all this dead matter will eventually
> collapse into black holes. By the time the universe is 1 trillion
> trillion trillion trillion trillion trillion years old, the black
> holes themselves will disintegrate into stray particles, which will
> bind loosely to form individual "atoms" larger than the size of
> today's universe. Eventually, even these will decay, leaving a
> featureless, infinitely large void.
> >
> http://www.time.com/time/covers/1101010625/story.html
>

We know that most stars will end their lives as white dwarfs. A few larger
ones will go super nova. In either case, their planets are either destroyed
or left to aimlessly wander the Galaxy. But the Black Hole at the center of
each Galaxy will get its due. Slowly, one at a time, it gravitationally
attracts and then devours the hapless remnant spheres of spent fusion glory,
until the Black Hole is all that's left of the progenitor Galaxy. One tea
spoon of its matter weighs in at millions of tons. These voracious beast
are now hunting each other, merging and with growing gravity more are
attracted yet. As the Black Hole grows, its sub-atomic particles are
crushed together tighter and tighter under ever increasing pressure. Until
that final Black Hole joins into the fray, pushing the pressures beyond the
repulsive capabilities of the sub-atomic particles, tearing them asunder to
even smaller, as yet undiscovered particles of infinitely small stature.
The resulting inward collapse of the Black Hole and the subsequent rebound
is called "The Big Bang" and so a new cycle in the long history of the
Universe begins once again. Perhaps this time we'll get it right ???