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THE COILS OF METHUSELAH   - M51 (WHIRLPOOL)

See coils in another context here

First
this mind
boggling coil scene
of the nuclear center of M51
(by Hubble) shows a tiny inner s-shaped
kernal swooped far away and pulled down deep
inside the massive wall of the coils of
methusala, a deep gravity well has
pulled the coils into a near
point source focus

SAGA OF FINDING THE S-SHAPE CORE

The
tiny
kernal core
has been revealed to
be 's-shaped' by de-enhancing
the image zoom in large de-adjusts
removing brllience to reveal a yellow
s-shape is definately found at the tiny
core. This was done to affirm an
increasing personal opinion
that all galaxies have
an s-shaped core
to one degree
or another,
including
M51, and this
image appeared after
much trial and error in many
de-adjusts, confirming the reason to
expect to find general s-shapes at galaxy cores.
De-adjust means turning image enhancement reostates a
wayyyy down, not one adjuster but two and three until
suddenly the s-shape was exposed out of the glare of
the Hubble original. What was significant was that
I had just embarked on a search for s-shapes
(winter 1997) after epiphanating into
the idea that galaxies had them.
The test case was M51, if
an s-shaped core could
be should for it,
the idea of
s-shaped
cores in
general would
be valid. Lo and behold,
de-adjust worked, after a couple
of hours there was M51's s-shaped core
and I had done nothing but wind down the
image brightness until the s-shape
unmistakably suddenly appeared



Here
is how
the core first
appeared, in a zoom from
the original Hubble image (at left).
Black vertical lines down the right side are
subtle image patching errors (where pieces
being fit together to make a composite
of many small photographed areas
were not perfectly matched,
are not seemless)

 

A mighty
tympanic 'telephone'
highlighted in the window is
a pole of the M51 core, featured here

 

Now,
a recent
Subaru telescope
M51 image (year 2000)
confirms what I learned in
1997, that M51 has an s-shaped core





ZOOOOOM

The core
gets exposed,
by de-adjusting the
core to expose its actual
figures. And what figures they
are. A 4-way pole polarity symmetry
is immediately recognized. Rather than
explain, look at the crisscross axials
drawn in. The upper end in a major
disruption which is dynamically
as if topologically turned
inside out to the other
major distruption
below. To the
right a 3rd
artifact,
to the
left
the 4th,
a 4-way polarity
in the core, perhaps the outreach
visible actions of the core's supposed mighty big black hole



A power
formation
so profound it
almost seems to be a
device, sitting in plain view
in the 7 o'clock position below the core
mount. A short thick arm issues abruptly out of
a flattened disk shape. The show of forces certainly
is like a power cord coming from the core underside
in good position to be a construct from the pole
of a black hole (conjecture but reasonable)





Two 3D strips are better than one. In the first strip the yellow
core area is better seen in 3D, in the second strip the
power coupling device below the core is better

In
zoomed
closeup the
device still looks
intriguing although the
problem of blurrs in the image
expands and the device looks
a little less hardcopy

In
this next
photo of the M51
core, an intruder's tracks
can be seen on trajectory around
the eastern flank into the
lower west foreground



S-SHAPE IN CORES

An easily seen
s-shape in a core is seen
in Ngc 5383

TINY HOT CORE IN GIANT SPIRAL M101

Each
view of
core closeup
shows a different
spotlight on key dynamics,
pole polarities can be inferred but
this is actually a long way out from the
core itself even though so zooomed, therefore
core polarities specified in this image would be
too speculative, not definative even though
s-shape states of angular momentum
close in, and further out,
are self evident











Like
twin jets from
Hero's water kettle
steam generator, a tiny hot
jogging finger toggles up curling forward
above the core, another of similar size
toggles down and curls back in opposite
pole position below the core, yes,
a bi-lateral symmetry









M101 is
so large that
in the scale used to
present two images side by
side for one virtual superimposed
view most all of the details are
reduce to tiny smotes, the
only features salient
that it cuts off
abruptly in
contact
with
deep space,
and large bellows
stretch vertically around
the upper right flank, a long extended
arm left lower with abrupt jog may be a crude
'antenna' drawn out from a former collision
with something rather large long ago

CAMMED CORES

Another
fundamentally
different kind of core
is the 'cammed' eyeball such
as found in M51 and Ngc 2997, each
has a core cammed at a hard angle from the
galactic ecliptic plane and looking not unlike
at all the sheathed eye of a chameleon which
roves at its own time in its own direction,
in this case the eyeball's engineered
entirely by angular momentums
in each galaxy

Slewed clockface and cammed core in M101





This
galaxy
(M101) is
turning strongly
to the left even as its coils
wind inexorably counterclockwise causing
a strong slew of the galaxy to the left, what
we see here is not a flat plane face on, the
galaxy frontface is turned to the left,
one of its many motions accounts
for the lefthand slewing

The core button of M51 is cammed to the left



The core button of Ngc 2997 is cammed to the west,
a deep bun-roll flank on the right.



Another core button view of Ngc 2997 is cammed to the north\west,
in this image orientaion



Another core button view of Ngc 2997 is cammed to the left,
in this image orientaion



Core button view of M100 is cammed to the left,
in this image orientaion



Core
buttons
are definative
of varied rates of angular
momentum, the greater the 'cam' the
greater the angular velocity of the core button
in greater out of synch (entirely on its own), the
greater is the 'turn' in the 'cam' in relation
to motions and velocities of matter in the
arms surrounding the core button

See more about angular momentums here

M100 BY SUBARU - SLINGSHOT MADE EASY

This
Subaru
telescope image
via Japan solves the problem
of what are parallel straight tracks that
cross a main inner limb of M100, the tracks caused
by a super high speed object slingshoting out from the core,
the fact of the travel speed high enough to cross the inner limb in
a straight line, ploughing through an arm, heading right, means the core
itself has to be extremely powerful to cause such accelaration. The ejectile
is a whitish blob ' jet engine' out on its own to the right side of the arm it
has just plowed through. At that speed, will it still be there next year

BI-LATERAL SYMMETRY AT THE 'CAMMED' CORE OF THE CARTWHEEL

Cammed core
is most noticable
in the center hub of the
Carthweel ring galaxy





Each part (state) is cammed at a different offset angle,
like a gyroscope within a gimble within a gimble

MAPLE LEAF STANDUP GALAXY CORES ARE DEFINATIVE

Vertically
dropping cores.
The cores of galaxies
Ngc 5236, Ngc 2442, and Ngc 6946,
are noticable examples of inner cores sitting
in vertical angles (maple leaf cores)
relative to the main core shaft
which holds them

Maple leaf in core of Ngc 5236

Skip to here for more revelating details about the Ngc 5236 core Skip to here for risky thoughts about amplified light magnifying core sizes

Ngc 2442 is an excellent example of a standup core property, there are prominent vertical drops in the central core arena.

NIAGRA FALLS VERTICAL CORE DROP IN ANDROMEDA

The
niagra
falls vertical
escarpment drop in Andromeda
is particularly well advanced, particularly
easily seen. The bottom end of the falls is deeply
indented into the core seat. The vertical rise
itself is slightly canted (turned)
on a vertical axis

Very important image

RAT TAIL CORES

A core
closeup of
Ngc 6946 in false
colored red taken in viewing
conditions described as less then ideal
therefore a blurry image, is very sharp in showing
the nature of a hot thin rat tail that hooks out from
the center of small cores. In this case the core is
a maple leaf like Ngc 5236, but pimple when
seen at long distance, due to
the rat tail



Maple leaf becomes a rat tail in Ngc 6946



A sharper
image of Ngc 6946
has turned up, the source
kinda unknown (middle of the night
fast Internet tracking) the image labelled
with both logo (CFH) and item (UH8K) - this is the
source. What is seen is the abrupt obtuse angle in the
rat tail seems to be a jog caused by 3 ribs pushing against
it, if true the outflow of the ribs from darksink portals
to the right says that the arms material (3 ribs)
is flowing out from the darksinks, in
fact the whole of the core
pimple seems a
pryamid
with
short rib
arms coiled in
circles forming a widening
pyramic base, although the short rib
arms are not very long wrapped around the upraised core





Clearly
this (CFH-UH8K)
image has failed to utalize
all of the mass captured in the photo
media, all that you see brought into light by
enhancements is part of this galaxy's missing mass

Original









The sharp
straight irregular
jogged arm upjutting from
the core (forming the rat tail) is not
easily explained except perhaps as an aftermath
of a collision which reached the core. Usually,
arms with elbow jogs are found in the
outskirts of galaxies

An Noao
black and white
image enhanced in strong
blue tones casts a different take





These next
are rattles in
Ngc 6946 arms. I cannot
recall the occasion of finding these,
but see that both images are referenced here under
the subject of rattles, which means they are, apparently,
in arms of Ngc 6946, although freely admitted I have no
idea which source image these rattles came from

Next
a rat tail
seems to be in the
process of being formed as we
watch in galactic slow motion,
in colliding galaxies
Ngc 4038/4039

Two tiny
rat tails are
spinning off to the
right from the small inner
core of gigantic spiral galaxy M101

PIMPLE CORES

Respect
that core buttons
are illusionary. They are
so hot only bright white shows in
normal circumstances. When inspected with
Hubble or ESO top instruments, the core buttons
resolve into very precise s-shapes that wrap
tightly around tiny black hole
core pimples

Core pimple of M100 (as seen in closeup by Hubble)



Core pimple of Ngc 1365 (as seen in closeup by Hubble)



Minscule pimple core is visible in the 'fish' colliding galaxies Ngc 2207 in this image orientaion



Different orientation, slightly further view, this image used in study here



Core pimple of Bodes galaxy radiates dimply through haze





Protruding pimple core in Ngc 3310



Extremely small pimple cor in dark galaxy Ngc 5332

An extremely
small dot pimple core
in a large dark dark galaxy, seen
in this AAO CCD image called IC 5332.
Enhanced reveals (more than one) large ghost arms.

IRREGULAR PIMPLE CORE

Very
minisucle
core pimple of
Ngc 253 (as seen in
closeup by Hubble), mind you
this galaxy is seen on-edge so its 'pimple'
can be expected to be 'miniscule', and very irregular.
We are seeing the pinple through the side rather
than at top. What we see is fragmented
core glows through the side of a
core mount ridge which is
probably s-shaped if
seen from above





Irregular
pimple in one
Hubble image (2nd above),
cock of a cockroach in another (1st above)

CIRCINUS GALAXY HAS GIANT TYMPANI NEAR KERNAL 'PIMPLE' CORE

Nasa STScl/HST pictures for dusty Circinus galaxy

Click here for full examination of dusty Circinus

Tiny
seyfert core
thought to house a
monster sized black hole is a
large pimple jutting forth in a cavity of
arms, the belief the overcast usually around and
enlarging a core's appearance have been blown away by
the seyfert's black hole winds. When the image is
enhanced, haze appears probably in high range
main energies (seen greenish in the
enhancements), but not enough
to cover over the tiny
exposed pimple
core





Giant
6-sided tympani
form dominates the right side
close to the core, the tympani is distinct
enough, despite the extreme haze. The tympani
is exposed best in green frequencies

Ngc 6745 AFTER COLLISION

Extremely
small tongue core
pimples up after collision in
Ngc 6745, the weeny little tongue
hardly a core at all except that
it is hot and yellow





Above,
two different
enhancements show subtle
differences in body and textures.
Immediately above, a very small dish can
be seen at a different horizon plane
around the center core pimple
which itself is a small
hot vertical object
not flat

The
core nearly
vanishes in an explosion
in size when the image is enhanced,
the explosion in size all pointing as leading
indicator graph gradients to missing mass.
Oh so much missing mass G R O 0 0 A N S
to be recognized by astronomers





Even
with the
enhancements
we know the Hubble
photo has not got all of
it, for instance, watch





Another
'thing' has
wound vertically
down over the sidebody
and has dived in under the
body slightly to the right of
its wind downhill, the curvature
of the 'others' trail consistent
with a gravity dominated
bending orbital
flightpath

A maximum attempt to see how large the barge is



Hubble Heritage Original - nice and tidy - neat - but bulk is absent



Being
diligent
I wanted to see
what the other galaxy
was that Hubble left out. A search
through dozens of Web astronomy sites and archives
yielded only one collisions image, from Dss. Wait till you see it

Here is the other cruise ship in the collision, which Hubble left out

No wonder
Hubble left it
out there is hardly
anything there. It is very
small, get out your magnifying
glass you can't miss it. How can a
bacteria confronting a water lice do
so much damage to a soft bodied life
form. Is it possible the bacteria
sailed in an arc only over the
upper edge, creating the
yo-yo arm, and the
broadside swipe
was from
before

SPINDLE CORES

Spindle galaxies,
galaxies with long thin
spindle cores with long thin arms
winding around at long distance, making
them look like empty spools. Several examples
are known - two are very spindle looking, like
the empty spools from a spool of thread

WIGGLES, IN DEEP SPACE NEAR Ngc 1365

'Wiggles'
a tiny smudge
off the giant limb of
Ngc 1365. Wiggles is exposed
by extreme high enhancements of an original
Hubble image of Ngc 1365, in this case enhancements in
both blue color tones (showing rich drifting fields
of hot blue stars off the Ngc 1365 limb, and
black and white showing as much 'wiggles'
detail as can be gained from
the original image

Small spindle galaxy off the end of Ngc 1232

Ngc 1087 from Sloan telescope all sky survey

SPINDLE CORES IN STEPHANS QUINTET

Here
is a major
collision underway
in Stephans Quintet. No
pimple core. Only 'spindle cores'.
It tells us 'pimple' cores cannot be reliably
used as signatures for 'all' collisions. I don't even
want to tell you what missing mass is represented
in this image. Your can see for yourself

TONGUE CORES

THE CORE OF AN ANTENNAE GALAXY, LOOKING EVERYTHING LIKE THE COCK OF AN ALLIGATOR

The
core juts
up at the end of
a pronounced s-curve. The
fact it juts up is an anomaly, how
come such tongue' cores' all
jut up into open space

Original, core zoom from Hubble's Ngc 4038 by Greydon Moore

1

Original, and enhancements





A plethora
of hot new blue
stars are seen in this
bluish enhancement, the hot
blues seen more easily
than in the original



This
next image is
here featuring 'woodticks'



Tongue
core in Ngc 1808
- a radar dish core server.
Conclusion - something may have recently
blown away the upper surface
of Ngc 1808

Perhaps a tongue core is visible in colliding galaxies Ngc 6745





It seems
that 'tongue'
cores are characteristic
of galactic collisions where a black
hole core housing becomes exposed and looks
just like a tongue jutting up at the end
of a pronounced s-curve. This
has GOT to be telling you
somnething about
black holes

CORE OF NGC 1365

Long elegant s-shape in core of Ngc 1365

COILS VRS DISH-SHAPED FLAREUPS

Reasonable
observation is
that galaxy cores all
poke up in a mound, large or
small, this being due to powerful gravities
relativistically effecting the appearance of light
(foreshortening the appearance of distance making
the strongest gravity sources seem closer to
the camera) leaving black hole gravity
concentrations, or that all black
hole cores push up into
open space

NGC 1808 HAS FLARES THAT FINGER UPWARD AROUND A FLOWER'S DISH SHAPED CENTER

The
core is
a tiny white
tongue sticking up
in the center at the end of
a tight s-curve. Massive striations
in vertically descending stratified layers
flare out in a widening flange below, a deep
cleavage into the central area is clear. The
center itself is a round button, a mound,
set within deep indents around
shell of the dish









Move
your mouse
over to the very
center of the black and
white in the upper left corner.
This is approximately the size of
the area cut loose in bigtime
by the Hubble lenses

TINY PIN POINT CORE POKES UP IN CENTER OF GIANT NGC 4603

The
superform
is only glimpsed
in the above enhancements

The
spinning
top seen hanked
in the left flank may
be an object classed as a woodtick

SPINNING TOP MAY BE A NAKED GLOBULAR CLUSTER GLOMBED TO AN ARM IN NGC 4603

Lo and
behold, a
tiny spinning
top turns up stuck
to an arm, apparently
either causing a disturbance
in the flow of the arm matter, or
itself the cause of a thin trail drifting
away along the arm. I think these 'motors' are
globular clusters which have stuck to an arm
and have their inner dynamo organization
exposed, since more than one can be
seen glombed to a galaxy, for
instance here is one
which looks
much
the same
but larger stuck
to the outer left limb of
the Antennae colliding galaxies

TONGING TALONS MAKE AN INTERESTING CORE

Chaos
at one end
of the core (left),
calm uniform outswirl at
the other end (right), a standard
core manifestation, example
of core chaos





Tongs
(talons)
snaking off one
end of the core and
curling down in one orientation,
curling up when the image is rotated. At the
other end, a delta spill plane curling down, then curling
up after rotation. It barks so loud that images have to be presented
in their true orientation in space relative to Earth in order to
truly understand the dynamics being revealed by the image.
See the above images in context of optical illusions

GALAXIES WITH TWO CORES

An integral
arm in Ngc 6300, it
issues from a portal at
the right edge of the core dish.
This galaxy has two cores. It
seems to have parts that
don't belong anywhere

The 'dusting'
colliding galaxies
has two cores both hard to see

MIGHTY WINDINGS AROUND A POINT SOURCE CORE

The
profound
gravity of a black
hole at a galaxy's core is
evidenced in the fact that a core
can be pinched hard into a narrow pellet
within large surrounding arms forming an image
of large magnetic fields around a small object
such as a star except in the galaxy's case
the star is flattened within a shell
surrounding. In fact there can be
shells within shells with the
actual core kernel very far
in deep into its self
made physical
gravity
well

CAVES

Since
core values
are being reported
today by my rather unique
forms of observation, it is wise
to take a look at this, caves in what
seem to be opening along the edge of a
sweep around a core photoed by Hubble,
the very inner core of Ngc 1667 which
looks not unlike colored whipped
cream being churned by a
hand held blender.
The 'caves'
might
not
be so
noteworthy
were it not for the
fact that 'caves' are also seen
lining the edge across the valley from the
inner core of Ngc 1232, as seen in this ESO closeup

NGC 1232

The
existence
of 'caves' in
Ngc 1232 will tip
you off to be on the lookout
for other'caves in other galaxies. The
plain fact of the matter is that no theory
about galaxy core black holes can be complete
until it includes an accurate account as to
how 'caves' exist in the first place

       



NGC 1667







The
whipped
cream lifting
off the right side
and swirling up to the left
is a rat's tail in rudimentary,
seen so close up the rat's tail
has broken apart into fragment
of bits and pieces

This
Ngc 1667
core is one of those
famous Hubble images introduced
with great fanfare, then vanished shortly
after. Try and find a copy of it. It does not
exist anywhere, seemingly, even though I have
a copy, downloaded into my computer from the
Internet during the brief era of
great fanfare

'V' BREACH WHERE TWO ARMS ABRUPTLY INTERLEAVE TENDRILS AND RIBS IN M100

Tendrils
including small
tongs dig into M100
from a large gob which
anomalously dominates the upper
end of the s-shaped core. Notice that the
right arm bridges under another arm before winding
down the right flank, the fact of the underbridge
means this arm initiated from the other side
of the core and has been able to remain
intact as a flow of angular momentum
in passing below another angular
momentum flow passing over
head at right angles.
It is not a mere
phenomena
of degrees
of heat driving
the two right angle motions.
The juice that drives is angular momentum
powered through vector changes by fields of gravity
(and assume magnetism plus massive charge fields). In sum
total an inertia keeps arms together even when arms
lace through each other like jet streams

Original



Highly enhanced - 'tongs' tanging from the gob to the s-shape are clear





At once
something is
learned. Below the
gob with tendrils is a 'V'
breach where two arms abruptly
interleave. In stereo the two arms
are folded at a right angle (more or
less, picture the fold down an open
book). Immediately below is the
right side inner arm which
passes underneath the
arm to disappear
into depth
in the left side.
These images cannot say
if the underbridging arm is flowing
out and down the inside right, or flows the other
way. The gob is partially cleaved by an image patching error seen
in a thin rectangle of different image densities along straight line edges







A run
of images
each noticably
different in color tones.
When combined as pairs by focusing
with the eyes you see details otherwise unnoticed
leap forth. If focusing is uncomfortable, a sequence of paired
images still works to mix and match details easily, since strong
features in one color tone image will be replaced by other
strong features in another of the color tones. You can
put your slide rules away. Let eyesight
light the ways for you

REVELATING LOOK AT NGC 5236 CORE IN MORE DETAIL

A more
detailed view
of the maple leaf
core of Ngc 5236 (source
unknown - careless) shows an
unusual surprise, the hot core is in
parts, with flares issuing from tiny portals.
No single image seems to show this unusual
core to advantage so a series of views
in zooms is next used. The right
side seems separate and
almost looks like
a snub













There is a
telephone barely
glimpsed in these zooms

An intruder
may have caused the
trench running past the core flank,
the trench ending at a partial collapse in an arm

An
AAO
internet
site is the source
for this above image (it turns out)

AMPLIFIED LIGHT MAGNIFYING CORE SIZES ?

I am
making a
risky comment.
It is not the first
time I have thought of it,
this is the first time commented
in Galaxies In Chaos. The comment is - is it
possible that cores are being gravitationally amplified
and magnified. The reason to comment is that most cores especially
seen straight down from above seem protruded or even remarkably
protruded above their surroundings, a pimple jutting out,
a core hump, a towering core mount, each of these
has the core jutting forward closer to the
camera. This seems a little unusual,
do you not think, unless this
is the way galaxy cores
are, which means
a theoretical
aspect as to why
has to be resolved. Or,
cores are being amplified and
magnified by their intense high density
mass therefore high gravitational concentration
at cores, which means cores may not be as large, or have
as much mass, as we might estimate based on physical appearance
of cores. If cores are amplified in apparent light alteration
it means cores have less mass, therefore even more
these remarks have meaning

TABLE OF CONTENTS Signals in galaxy cores are markers for how collisions and evolutions have progressed cammed   cores caves   in cores pimple   cores tongue   cores spindle   cores rat tail   cores core poles   in M51 s-shape   core in M51 tiny   hot core in M101 fingers   that flare upward tendrils   and ribs in M100 slingshot   by intruder in M100 maple leaf   cores are definative bi-lateral   symmetry in Cartwheel ngc 6745   after a sideswipe collision ngc 6745   becomes a yo-yo class galaxy impacting   collision is creating striations in Ngc 3314 sideswipe   collision created striations in Andromeda core poles   distinct markers suggesting core poles core poles   in galaxies, star fields, and nebula Andromeda   core and others

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