Re: Another take on the big bang

In article <Lbnmg.120$M_7.24@xxxxxxxx>, Rising-Star
<jalively1971@xxxxxxxxxxx> wrote:

Here are some thoughts.

In Nature we have seen through observation, Binary star systems containing a
white dwarf, in which the white dwarf collects matter and flares into a
temperary nova. This is because the dwarf passes a threshold which
temperaroly "jump-starts" the star (the nuclear processes internally)

I would think that neutron star would have the same ability, if it has any
other stars close enough to "feed" it

Now heres the 10,000 dollar question. How much matter would you need to
"jump start" a black hole?

Im thinking, "all of it" All the matter in the universe.

Is the universe slowing down in its expansion?

And will gravity eventually cause it all to collect back in one location?

Could you just imagine, a supermassive black hole a trillion times the mass
of the one in the center of the galaxy, and its going to NOVA!

Would that not be the coolest thing ever seen or what?


Nope cause the OPPOSITE happens. A black hole emits Hawking radiation,
which means over time it shrinks, and its explosive end is actually as
a primordial black hole - size of an elementary particle.

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