Re: our suns black hole probability

> Well we haven't got a very big star and many people have written the sun off
> as having no way of becoming a black hole or even a dangerous nova. Well I
> think along those lines myself but I was on the interenet this week and many
> people now follow the theorey that when the sun is in its near final stage
> when it's outside is rapidly zooming out toward space that around the
> outerplanets, from all the mass off the planets its just "eaten" it might
> infact be a probability for the suns exoskin to come crashing back and , like
> as if a bungee jumper would jump down with someone else in his hands and let
> them off at the bottom, the sun would snap back with SUCH FORCE that it would
> crumble down upon itself from being about a white dwarf to being about an
> atom big. scary huh?
> What do you think of the Local Black hole therom?

According to present theory, the sun releasing its exoskin will be an ongoing
process, which would slowly destroy the planets, first by stripping off the
planets atmosphere, then slowly stripping down the planet until there is
nothing left.  It will release its exoskin slowly (compared to the blast of a
SuperNovae) and uniformily along all axis, so the relative mass of all the
outerplanets on all axis is practically nil.  If anything, the sun would pull
back its exoskin due to gravity before reaching the outer planets, but since
many of the outer planets have high amounts of gaseous atmospheres surrounding
liquid or solid ammonia, water, and some metals, they will be more likely to
loose much of their atmosphere during a large blast then the inner planets,
which have more solid mass than atmosphere.

The sun does not have enough mass to become a black hole, nor even a neutron
star (which black hole's must first become.)  Astrophysists believe that a sun
our size, during the last phase of its life, would be a white dwarf the size
of our moon, not an atom.  Scientists say that if we were somehow able to
decrease the entire mass of our planet (Earth) down to the size of a strand of
hair (2 microns in diameter), our planet would essentially become a black
hole, so therefor, your sun the size of an atom would be a black hole (I don't
think it is possible for our sun to build up enough energy to become that
size!)

Dennis

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