A good romp through collective angular momentums can be seen here. See cats.htm for catseye nebula as it really is. Balick comments at end. Whopping multiple angular momentum illustrations

Ngc 6951 (image above) has many, many, angular momentums, effecting different arms, segments of arms, and different plateau states in the bright center region.

A rather good description of angular momentum in the act of processing, involving Boris at the Whirlpool galaxy.

FUNDAMENTAL POPERTIES OF ANGULAR MOMENTUMS

MOTIONS IN NGC 2442 VIOLATE THE PHYSICS OF A TWIRLING BATON

Notice
the object is
much brighter and
very much larger than
the original suggests, dim
media content in the photo have
enhanced to reveal a large thick galaxy








MOTION SURMIZATION - GREYDON MOORE AT THE HELM

The
following
was inferred before
being confirmed by the
above velocities
chart

Velocities
(lower left box) by
doppler shift measurements, are
entirely consistent with velocities surmized
by a moi' carefully looking in focused image
pairs at the overall galaxy's symmetries
and directly inferring the motions.
In doppler frequencies, red is
moving away, blue is
toward us





Bar galaxy
Ngc 2442 affords
an excellent view straight into
angular momentum mechanics effecting the
shape and formation of a galaxy. Even though
this Ngc 2442 image is blurry (the only one found
on the Internet which shows any details) it is still more
than adequate for the task of fullfilling prophecy, that
is, preaching how angular momentum mechanics
work. Picture a baton, one twirled in the
air by marchers. Tie long streaming
tassles to each end, before
tossing it end over
end as well as
giving it
a rotating
twist along the
shaft so the tassles at the
end spin in circles. Make the lower end
of the baton arc starting from position in deep
space, the end swinging forward on a long graceful arc
to the right creating a huge forebulge nearer the camera.
The top end has started in nearspace in the upper
right and is swinging in both a duo flip and
twirl much more rapidly causing a more
abrupt crossover of the sweeping
upper arm to the left where
it joins the central
shaft of the
galaxy.
These
multiple
vectors of motion
are each at its own end in
effecting the galaxy's central shaft,
in other words instead of a smart even twirl as
a marcher might achieve with a baton in a parade, this
baton is moving in a cantilever fashion, off center,
(say) the baton twirler tripped at the moment of
throw. More, only the upper end seems all to
be spinning counterclockwise, like a
scroll winding up, but no spin
at the lower end, this is
something you cannot
do with a baton

For
instance,
long tassles tied
to the upper end of the baton
arcing out to the right are rotating in
toto in the rightward direction of the tassles
(whole arm) in Ngc 2442, opposite to tassles in a
baton which would stream out in an arc when the
upper baton end is rotating or twirling to
the left. In other words the whole
upper arm is moving as one
solid artifict it is
not swishing
in a lazy
sweep like
a broom. Freeze
solid the broom tail and
rotate the broom, (hold the broom
and twist the handle so the frozen end of the
broom tail spikes forward into space. This is how (at least
some) galaxy arms can move in momentums, as single frozen
spiking shapes. Such frozen shape motion is also seen
in arms of Ngc 1232 which look like swishing
broom tails but move more or less as
one complete construction
whose pattern is
locked in
time.
In
basic,
the whole
galaxy rotates
as a tumbling revolving
cylander also skewing, it is not at
all whorling around a point of center like a clockface

In other
words, greater
galaxy momentums and
motions seem to run as an entire
opposite in physics to the motions of a baton

Assume
since slipstream
and shearing motions are to
be expected that this galaxy shape is
morphing - is not locked solid in time - what
we see here is momentary, that there are
differentials in the core, in either
lengths of the shaft above
and below the
core, and
in the
rotor
rates along
the various arms
as some parts of the arms
bunch up other parts stretch out





The
form
tumbles end
over end along the
north-south axis, the south
end moving away the north end sailing
toward us. The form rotates on the east-west
axis the east side moving away the west side moving
up forward adding extra forward velocity total to the
top rightbend in the arm (blue), the red trailoff
in the far right arm because that far right
end is frozen, arcing grandly away from
us in deep space as is the lower
left arm also frozen moving
as a 'solid' form
in cylander
rotation

FLEA BARGAINING

Please
believe me
to be sincere
when I tell you that I
cannot lie. The above mensa box
showing velocity components in red and
blue doppler velocity shifts was found on the
Internet long after the image itself of Ngc 2442
was studied and interpreted by me to reveal secrets
of its many multi bi-laterial motions the
basic motions inferred by 3D
view comfirmed later by
the above velocity
box. What I saw
in 3D was
the long
shaft tumbling
end over end, the top
hurting toward us, the bottom
slewing away to the right, the shaft at
the top also rotating to the left, with the bottom
independently rotating to the right in a sheering motion.
The aspect of arms moving frozen solid in toto, was not
seen until peculiar seeming doppler motions
for Ngc 1365 were suddenly understood
as the rotation of a whole
cylander. Believe me
to be sincere
when I
tell you
this paragraph
is correct. If it sounds
like pleading, it is. I do not lie
about anything. No fudge. No boner blare. No
goodie sticking out. No nothing. I make this statement
because having seen efforts by individual astronomers to convert
the entire body of international thinking toward one particular concept
they have toward Nebula formations and other gists, other strong leans
to 'their' specific concepts, concepts which stand entirely
in opposition to my facts. I speak - the real problem
being I have no Phd, the other, international
status. I believe by my wits, and can
support everything, even when
it flies in the face
of contention by
others who
can concretize
concepts and lead
everyone astray with
mistakes, no matter how brillient
still mistakes no matter how wrong (Balick)

A Balick nebula
interpets as this



My nebula interprets as this

 :  

FUNDAMENTAL BI-LATERAL SYMMETRY

Fundamental
bi-lateral symmetry
cannot be more self evident
than in this galaxy (Ngc 2442). Matter
sweeps up from the top of the core, curls down
at the core's lower end. And the second manifestation
of bi-lateral symmetry - the upper arm sweeps around
from issue on the left side, the right arm sweeps
down and around from issue on the right side
of the core, in other words each major
jetting initiates at an opposite
'pole' position from either
side of the core, to
vector away at
right angles
on either
side of
the
point
of issuence

THREE RATES OF CONCENTRIC ANGULAR MOMENTUM IN M100

HOW TO INTERPRET THE 3 MOMENTUMS








M100
whose right
side looks like a
hermit crab, tells a great
deal about angular momentums. Our view
almost full on the galaxy, is essentially a globe
(not a full moon disk). Looking at the center you can see
the core turned (cammed) sharply to the left its buldging
eye very much like the eye of a cameleon. Notice how
the bulgde rises into a downturn on the right
side, and sweeps upward from sunken
depths on the left side of the
eye. This eye is very
sharply turned.
Next to
the
right an
arm is set a
little further back
around the right flank, and
the outside arm around the right flank
is the furthest set back. Picture a mobile hanging
like a christmas tree orniment from an invisible thread, the
outer piece is turned on the right farthest back counterclockwise
on a vertical axis. The left flank arms seem chaotic compared
to the right but actually not, the left arms are in
opposite sweeps (in-out vector curves) to the
right so correspond to a mobile with
3 basic rotations from inner
(eye) to outer. It
means the
eye is
rotating
the fastest
turning clockwise
to the left on a vertical
axis, the middle arm turning less, and
the outer right arm turning the least over time,
the result being the separation into three distinct
bands of angular momentum as you progress from the
outer right arm inward toward the eye which has
turned the most having the highest degree
of momentum. There, if that hasn't
said it simply then I will
have no choice but to
make it even more
confusionally
wordy. Try
and get
the
picture
yourself. Once
you have the snapshot
in mind, the 'gottit' in 1/10th
of a second flat, you will have no trouble
seeing angular momentums at work in different galaxies

THREE SEPARATING MOMENTUM BANDS IN M100

This
hermit crab
view is further used
to demonstrate how concentric
bands of angular momentum can work. When
the galaxy is re-oriented (by manipulating its image)
a very different aspect abruptly results, due to optical
illusionalism by the image's photon's arriving along
a fixed or preferred line of incident angle
striking the photo recording media. But
not really, if you read from the
top down, the same three
concentric bands
of momentum
are seen
in the two
gaint arms and
the 3rd band in the core

Image 1

Image 2

OPTICAL ILLUSION KICKS IN

Now the
optical illusion
kicks in, most easily seen
in short arms curling down in Image 1
looking like the legs of a hermit crab, in Image 2
are now standing up prominantly. Clearly one cannot equal
the other since once is downcurled, the other jutting up. The cam
(fish eye) in the core has completely reversed, up is down, and down
is up, though this is hard to see in the very lower resolution stereo of this
blurry image. And yet, we can also see that the principle formula of the
concentric bands of angular momentum have been conserved, except the
original left side which seemed confusing, is now the right side
and band strength is clearly in place identifying again three
different rates of rotation of the arms, not in a
whirlpool around the core, but in bands
displaced by turns of a mobile

More about optical illusions is found here

THREE BASIC MOTIONS COMPRISE A GALAXY

Three
basic motions
comprise a galaxy.
Let a frisbee (disk) model
them. Hold a frisbee out front at
eye level horizontally so you see a flat
thin disk. This is one plane of motion, the
slowly revolving whirlpool or mishaped bars.
Turn the frisbee upright so you see a pie,
and flip it end over end, this is the
second basic galactic motion. Turn
the upright frisbee sideways to
see it thin on edge upright,
and while slowly moving
it back rotate it
again end over
end. This
is a
3rd axis
of rotation,
rotated 90 degrees
from the second. It is this
3rd motion which cause Vortex formations.
Many though not all galaxies have all three rotations
to one degree or another. Usually one motion is dominant over
the other two. Ngc 1365 seems dominated by all three motions
accounting for its giant swishes through deep space and
its arms closing back in on each other. M100 is
dominated by motions 1 and 3, causing the
hermit crab aspect of its arms

V-BREACHES - TWO KINDS IN ONE CLOSEUP

Two
v-breaches
stand forth for
scrutiny in this closeup
of the core area of M100. An
arm flanking the inside right jogs
and passes directly under an overpassing
arm and continues in a right angle vector to
disappear into depths in the left core flank,
meaning the arm aimed left is also slanted
to be able to dive in. Below the large
gob, two arms meet at a sharp fold
(v-breach) like the fold down
an open book, two angular
momentum movements
meeting to form
a V-breach

Thin hot strands of angular momentum are a major inner region feature of Ngc 1232, around its core dish

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