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Subject: Re: The Other Side of a Black Hole
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Tom Roberts wrote:
> 
> On 8/19/17 8/19/17   1:23 PM, Thomas Heger wrote:
> > The 'other side of a black hole' is  -of course- a 'big bang'.
> 
> No. Not even close. The FLRW manifolds define what "big bang" means, and they
> are not at all like any black hole manifold.
> 
> But some types of black holes have "another side", and some do not.
> 
> The black hole formed by a collapsing star has no "other side".
> 
> The Schwarzschild manifold does have "another side", but it is not possible for
> a timelike or null object to cross from one to the other.
> 
> The Kerr manifold has an infinite number of "other sides", and with care a
> timelike or null object can transition in one direction from one to the other.
> But there is no going back.
> 
> There are other types of black hole, but this should give the idea....
> 
> Tom Roberts



"another side"??? Is that different from...."other side"????



Or, do you mean "other side", or "no other side"


i'm a little confused about...what side you're on.



But when I say "The Other Side of a Black Hole", it is based on my ...observations, not ...specualtions.


Here is a transparent picture of what it looks like on  The Other Side of a Black Hole..

It is a transparent picture of the big bang before and after the big bang. A window of and into the big bang if you will..



http://pw1.netcom.com/~starmaker/before%20and%20after%20the%20big%20bang/untitled1.jpg


In the center is The Other Side of a Black Hole.
You will notice that red stars are shooting from the center outwards towards the new universe in the making..The After.
You can also see green stars which lie Before the big bang waiting to be sent to The Other Side of a Black Hole.
I can go on and on, but a picture paints a thousands words, so I'll leave it as that.

http://pw1.netcom.com/~starmaker/before%20and%20after%20the%20big%20bang/untitled1.jpg