In article <NAo85.58$b33.7…@news7.onvoy.net>,
  "jimd." <danji…@sherbtel.net> wrote:

> Do you agree with the theory of  multiverses?

That the better the poet the more verses will be better?
Sure.
However, if you’re talking about the Eastern practice
of mulling many verses over tea: No. I drink Cuban coffee
(from Columbia).

SDR
http://web.sdrodrian.com

Otherwise existence = the universe of matter
(what the universe of energy extends to is
"for you to find out").

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> —
> jimd.
> danji…@sherbtel.net
> Remember, no matter where you go,
>       there you are.
> SDRodrian <don_quix…@mindless.com> wrote in message
> news:8jh06c$be0$1@nnrp1.deja.com…
> > Here are few pertinent pixs:

> > http://oposite.stsci.edu/pubinfo/PR/2000/21/index.html

> > And, of particular interest to Sci-Fi fans:
> > "Are black holes heading our way?!?!?!"

> > http://oposite.stsci.edu/pubinfo/pr/2000/03/index.html

> > Additional text of interest to this line of discussion:

> > http://www.sciencenews.org/sn_arc99/9_25_99/fob6.htm

> > S D Rodrian

> > RE:

> > In article

<Pine.OSF.4.21.0006282038070.22596-100…@goedel3.math.washington.edu>,

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> >   Chris Hillman <hill…@math.washington.edu> wrote:

> > > On Tue, 27 Jun 2000, Ian Stirling wrote:

> > > > You can take a picture of the Hawking
> > > > radiation coming from the event
> > > > horizon.

> > > Not really; Hawking radiation is entirely negiglible for solar
mass or
> > > larger black holes, certainly for the supermassive black holes you
are
> > > probably talking about.

> > > What astronomers -have- imaged is the -accretion disk- of
supermassive
> > > ultracompact objects which are too compact to be anything other
than a
> > > supermassive black hole, according to everything we know about
> > > astrophysics.  At least one team has reportedly observed gas
> > apparently
> > > plunging in from the inner edge of the accretion disk (at r = 3
times
> > the
> > > Schwarzschild radius) and just -vanishing-, just as we would
expect if
> > the
> > > object were a black hole.  (If the object were a neutron star,
say,
> > this
> > > very fast moving matter would create a bright flash when it hit
the
> > > surface, but that is not what astronomers observe.)

> > > If one were very -close- to a black hole, one could also
photograph
> > the
> > > strongly lensed images of other stars and distant galaxies, if one
> > used a
> > > sort of coronograph to blot out the very bright accretion disk
(bright
> > > because the matter in the disk is very hot).  In principle these
> > smeared
> > > images would faintly outline a jet black disk, which represents
not
> > the
> > > event horizon but the "photon capture cross section".

> > > Chris Hillman

> > > Home Page: http://www.math.washington.edu/~hillman/personal.html

> > Sent via Deja.com http://www.deja.com/
> > Before you buy.

Sent via Deja.com http://www.deja.com/
Before you buy.