Detecting supermassive galactic black holes that have been kickedout of their galaxies

On Dec 12, 2:19*pm, gb wrote:
On Dec 12, 1:01*pm, Yousuf Khan wrote:





eric gisse wrote:
Yousuf Khan wrote:

[...]

There may be hundreds of these
objects floating around our galaxy, and they may have already been
detected in sky surveys but mistaken to be globular clusters. The speed
at which the stars orbit the supermassive may be a record of how fast
this supermassive was kicked out in the first place.

Hundreds? On what is this wild assed guess based upon?

This is a spiral galaxy, which severely limits the number of galaxies this
one could have collided with.

Think all of the way back to the Milky Way's original formation after
the BB, it grew to this size by swallowing several dwarf galaxies
(supposedly). There may have been thousands of dwarfs that went into
making the Milky Way. Each of those dwarfs contained at least an
intermediate sized supermassive, some of which may have merged with the
main supermassive, some of which may have been kicked out. If even 10%
of them were kicked out, that would still be hundreds of supermassives
floating around, masquerading as globular clusters in the halo.

* * * * Yousuf Khan

The problem with professional astronomers is that they can't even tell
that Pluto is not a planet. "Nothing can come close to the big"
excludes
that Pluto is valid if it enters Neptune's orbit. Yet we have WASP-17,
a planet which crosses if not all other smaller planets in that solar
system.
So how many planets does that solar system has, one? Of course it has
all those planets as planets. Pluto and the two other small planets
too
are planets. That is my metaphore with murdering the three small
dwarfs
in the Snow White story.

The story you tell is classic of astronomer stories that hundreds of
such
black holes may be found in our galaxy.

The last word of the little dwarf was: "They serve big brother. We
will not."

They were surrounded by Germans who said: "Das does it!" They
wanted the secret of the supernova.