--- In [email protected], "sparaig" <[EMAIL PROTECTED]> wrote:
>
[...]
> And I don't think it turns black holes theory on its head. Black holes are a 
> consequence 
of 
> classical newtonian physics and Special Relativity, are they not? Hawkings' 
> conclusions 
> were combining QM with black holes. That doesn't make black holes impossible 
according 
> to classical physics, just questions the relationship with QM and gravity, 
> which has 
always 
> been a sticky issue.
>

I meant to say General Relativity, not special. And GR and QM have never gotten 
along 
well. That was what made Hawking's theory so important to the Physics 
community, IIRC.

The NON-quantum theories of black holes are considered reasonably intact from 
what I've 
read. Information-escape from large-scale black holes like the ones that are 
supposed to 
happen due to collapsing stars is expected  to take TRILLIONS **of** TRILLIONS 
of years, 
even now, after Hawkings lost his bet, so it shouldn't affect how they behave 
in the "near 
term," like on the order of magnitude of the age of the universe, or some other 
short span 
of time...

IOW, if you approach a standard-theory black-hole-like entity, you'll still get 
ripped to 
shreds by tidal effects well beore you cross the "event horizon," and if we're 
living in a 
universe-sized black hole, we'll never know it unless we can show that space is 
curved 
sufficiently, which does't appear to be the case.


I taught myself elementary calculus when I was 15, and invented a variation 
Gauss's 
technique to sum the numbers 1 to 100 at the same age he did (3rd grade--in 
response 
to a challenge to the class by the teacher who was telling us about Gauss). My 
ADHD 
prevents me from going on to higher-level math, but don't get snitty with me, 
ok, Off-
world?

In case you're interested, Guass's technique was

1+100= 101
2+99 = 101
...
51+50 = 101

51 x 101 = 5050.


Mine was: 

1+99 = 100
2+ 98 = 100
...
49 + 51 = 100

49 x100 + 100 + 50 = 5050.









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