LASER RAYS MAY BE SHOOTING FROM A BLACK HOLE IN NGC 4151


As
you will
see, a strong blue
ray turns up where none is
seen in Hubble originals, the blue
color indicating faint ultra violet frequency
branched over into optical light image capture, the
ray a distinct difference to red rays which may or may
not be classic star sputs rays from Hubble's mechanical
parts, the blue ray so striking when it first appears
in enhancements that the instant wish is to turn
to the Hubble, redirect it once again to
this galaxy, and look for MORE
blue rays!



NGC 4151

A Hubble
near infra red look
at a very dusty galaxy reveals
red rays shooting from the core, the rays
assumed to be standard lens strut stuff, except
closer inspection reveals another prominant ray of
blue radiency, and structural efficiencies persuent to
all of the rays precludes mere lens strut spuff
(you know, star spuff, christmas wishing
stars speckling a deep space image),
these rays are not that kind
of spuff



I
took
a thorough
look at these rays
to try and see a center source,
and to see how extensive and dominant the
rays were. A blue ray is very dominant under certain
enhancements. The left vectored red ray cuts off abruptly
assumed to have dived into obscuring dust. No center
source was possible too much white in the
original image although some of the
images show continuance
through the center
from left to
right red
rays


I
was
not happy
with any one view
so have ended up with many
similar seeming views but each with
different highlights or salient features so
these can serve to acquaint us with the rays rather
than one or two succinct views replete with
extremely uncontestable details, those
kind of views we do not have due
to the nature of the image
original, therefore
be happy with
the many,
enjoy


From
this original
we get all of the following



















A blue ray has shown up - now next blue enhanced







Starting
to look very spiky


Red enhanced







Peering
into the core,
we see that a yellow bob
covers the upper red ray meaning
the ray is passing behind it (the bob) meaning
the ray is not a lens strut from Hubble, otherwise it would
be lying at a polar planar flat vector + cross overlaying everything,
but the red upper ray is passing UNDER the bob, sooooo, lets forget
lens struts and look for more 'laser' ray affirmations











Another
image of NGC 4151
in black and white, released
in conjunction with the above colored
photo, reveals nothing whatever about rays,
but does reveal a very active larger
structure surrounding the
black hole







HERE ARE MORE MUGSHOTS OF RAYS














Well
that's
enough. By
now you should be
getting the picture that
a core shaped like a sickle cell laying
on its side and much like a miniature bar galaxy,
has a warped center over a cavity behind from which
issues the left red ray, and that blue haze overlays
the ray, forecluding that it is star sput stuff
from overzealous telescope reactions



PSSSST


The
tipoff
was this, these
thin blue rays in this
butterfly nebula, the rays are
vectored in a polar plane that does not
cross the front of the image in a laternal way
meaning they would have been lens struts, these thin
blue rays vector into depth, hence have
to be thermodynamic



Thin blue 'rays' in a butterfly nebula





Star sputs,
christmas wishing
stars mixed with a covey of
tiny off shore galaxies, a question
unclear as to whether some of the tinier star sputs
are clusters photographed hot, the larger star sputs have
prominent criss-cross rays which fall flat on the surface plane
of the photo and have characteristic diamond square form
in the white hot middle. The 'laser' ray cannons
of NGC 4151 lack both the surface plane
lay, and the hot christmas
wishing star in
the middle



Star sputts
in Eta Carinae

Star sputts
in NGC 5236 some
are not sputts but objects

In
terms of
telescope engineering and
star sputts, these star sputts coveyed
like a floatilla of UFO off the end of NGC 5236
are not stars, they are hot small clusters. Two
images, one indicating stars because of the
telescope's lensing dynamics, the other
showing clusters because of the
telescope's clarity, reveal
that many objects seen
in celestial views
and thought to
be mere
foreground
stars overlaying
a far back image, may in
fact be valid celestial entities but
do not seem so since being more 'hot' as point
sources overscreetch the lenses making them seem
what they are not, they are not 'star sputts'

Web site/display/designs/image enhancements - Greydon Moore World's largest cosmic teaching site - Ottawa 2001/2004         form   A & O 3 3