MANIFEST FORMS OF GALACTIC ANGULAR MOMENTUMS

See Andromeda's twisted frisbee shape

1   - ANDROMEDA'S ROOSTER TAIL 2   - 'V' BREACHES 3   - BI-LATERAL SYMMETRY 4   - COLLECTIVE ANGULAR MOMENTUMS 5   - THIN BANDS OF MOMENTUMS IN NGC 1232 6   - SPILL PLANE IN BODES AND ANDROMEDA GALAXIES 7   - 3D VOLCANO DEMONSTRATES KENETIC ENERGY AND DENSITY DYNAMICS

ANDROMEDA'S ROOSTER TAIL

A rooster tail arcs up and out in a vertical horizon plane to the right, as a horizontal horizon plane arcs around to the left. White glow from the core can be seen heating some rim



Ease
Andromeda
back slightly tipped
like a top to the upper left
rear corner of the frame and more
of the height elevation vrs the flat
width plane will be noticable
in the rooster tail

This old
Andromeda
image (above) was
once thought to be the great
galaxy picture but is actually bereft
of most all content except the inner excitement
area in Andromeda. However, this paucity image
has the advantage of revealing in skeleton
form the 'Rooster Tail' in Andromeda's
arms, where from one side of the
core a rise like a garden
hose jets up in the
rear and around
to the right
while on
this side
of the core an
appositive skim in a
horizontal plane sweeps out
and swings around hard in opposite, to the
left. This is Andromeda's asymmetry seen clearly in action



Another
old image, a
grey tone black and
white, also shows us nicely
the 'Rooster Tail' which dominates
Andromeda's basic angular momentum forces,
the checkerboard hatching in the image
an artifact of the original
image processing

Some
astronomy
images appear
with a checkerboard flaw
unless the image is displayed full size



Large scale
bi-lateral symmetry
easily visible in skeleton
Andromeda images, the right side arcs
up vertically in a rooster tail (think of a
garden hose on the move), the left side slices
out in a horizontal plane. The bi-lateral symmetry
is obvious - right vertical, left horizontal. Once
you see the galactic polar plane form, you will
recognize it as a standard ingredient
most every galaxy

TOROIDAL SHAPE WELL SEEN IN NGC 4526 IS COMMON IN GALAXIES

In fact
see how easy you
spot polar plane (bi-lateral)
symmetry in Ngc 4526, see example next

COLLECTIVE ANGULAR MOMENTUMS

The
right flank
Rooster Tail actually jogs
back and down extending around this
way well into foreground space to the
right of the core area, such 'jogs' are
also common in the characteristics
of galaxy 'Rooster Tails' and
asymmetry, and are caused
by different rates and
vectors of angular
momentum in
different
components of
a galaxy's overall structure







The
jogs and
trickles in the
rightside Rooster Tail
are actually where arm chaos dives
out of view (see rear Rooster Tail) at where
another arm bursts into view, for intance at a more
horizontal vertical plane. Such mingling is standard
in galaxy arms, (one disappearing by diving
into a juncture where another arm
appears) is all too common
in spiral galaxies most
spiral galaxies have
arms conjoining at
'V' breaches as
will be seen
in close
scrutiny of
galaxy images looking
specifically for 'V' breaches
in the arms. A 'V' breach phenomenon is
not unheard of - notice the smoke or flame spumes of
any major fire or volcano where a lot of heat is travelling
in different directions in angular momentums and 'V' breaches
will be commonly seen. 'V' breaches in the chaotic motions
of gaseous behavioral matter are due to collectivized
congresses of angular momentums each congress
in its own vector and velocity in its
own time and capability with
its own density

THIN BANDS OF ANGULAR MOMENTUMS IN NGC 1232

A galaxy
like Ngc 1232
with thin bands of
angular momentum lacing the
core may be showing extremely seething
dynamics of short term duration, the thin white
lines of rapid star birth may actually writhe and twist
like arcs of lightning around a Van De Graph generator, in
cosmic slow motion time frame of course. Each white band
is different, for instance one band arcs around the
foot of the football bi-symmetric core itself
in a shelf jutting forward into nearspace
and at its left a 'V' breach as the
thin band joins another one
of a wholly different
tangental
and the figure
abruptly disappears, as do all
of the white bands of angular energy, each
abbruptly disappearing where one curved line meets another

POWER CORDS CONJOIN AT A 'V' BREACH

This
enhanced
and magnified
spectacular view of
Ngc 5236 shows a short
thin pair of arms (like power
cords), doing a 'V' breach
at the rear end of the
long core bore

Bi-lateral
symmetry, in this
case asymmetry right at
the core, cannot be more self
evident the instant this next image
is viewed in stereo by focusing the two
images together. All galaxy cores seem to
have bi-lateral symmetry to one degree or
another, in the case of Andromeda the
bi-lateral symmetry seems slight
for appearances of the large
glowing ball, but when
appeared exposed
the bi-lateral
symmetry is
far more
obvious

Striking 'V'- breaches in M100
are covered here

Bodes galaxy cluster of snubs form multiple v-breaches



The subject of 'snubs'
is further covered here

BI-LATERAL SYMMETRY - ONE SIDE OF THE CORE FLARES UP, THE OTHER SIDE CURLS DOWN

BI-LATERAL SYMMETRY IN THE CORE KERNAL

The
hot core
kernal (yellow and
white) is standing upright like
Niagra Falls in a pronounced vertical cant
relative to the extended length of the long core
bore, and also notice that yellow tongues of
flame at the top are flashing backward
while the yellow fingers at the
bottom of the white core
are shooting forward,
this is definative
for bi-lateral
symmetry,
since the
bi-lateral aspect
of the kernal core itself
is vertically rotated (upright) at
right angle to the horizontal long core bore,
the upright core's yellow fingers are also rotated at
right angle (forward - bottom, back - top) to the long core
bore (left side down, right side up). Concider the amount of
sheer fundamental galactic and black hole core physics
just outlined in this above brief paragraph.
Upright core rotated at right angles
means actually more at right
angles, not exactly at
right angles

BI-LATERAL SYMMETRY AT THE CORE OF THE CARTWHEEL

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

A most
unusual
bi-lateral
symmetry is seen
in the core of the unusual
Cartwheel Galaxy, where every different
artifact comprising the Carthwheel's core is titled
at a different plane or cammed at a different angle, these
different aligned components all capable of showing
different rates of angular moments and spin
rotations for each of the differing
density parts that coalesce
from chaos to make
up the core

Bi-lateral
symmetry turns
and rotates each core
part in different angles and
orientations, the center 'cammed' like
a fish'e eye stands upright like a gyroscope on
a gimble - the outer wedding band is canted back at an
angle, the outer wedding band is sharply kinked, all thanks to
differing streams and kenetic contents in collective angular momentums.
These differing cants, slants, angles, and cams, all dominate the cores
of galaxies to one degree or another, and each is a difference property
comprising a core, in other words a core is composited of several
different property exited states composited into a resulting
seething dynamic fluidly changing very
rapidly in real time

RESIDUAL DEEP SPACE BACKGROUNDS ARE EXPOSED IN THIS VERY SCRUBBED OUT HUBBLE COMPOSITE PICTURE OF THE CARTHWHEEL GALAXY

The
Cartwheel
blue rim is irregular
like an open lasso ready to rope a horse

Two small
irregular galaxies
are nearby, a 3rd small galaxy a
long way off has drifted away after clobbering
what is now the Cartwheel galaxy punching out its lights
leaving a center core bereft of new star forming material. High
enhancement reveals a 4th very small galaxy in the picture. The
differences in rectangular blocks of background media are
artifacts when Hubble took different photo shoots
at different times gathering information
which has become this important
composite, important
because a deft
astronomer
followed
a faint
hydrogen
gas signal in
radio that led the
trail straight to the clobbering
interloper at the head end of the green contours

DELTA RIVER SPILL PLANE IN ANDROMEDA GALAXY

ANDROMEDA'S SPILL PLANE

Like
a river
delta's spill
plan, rivelets of matter
spill out in a stream into the foreground
swirling around from the rear backside of Andromeda
issuing from reaches near (or at) the core, the spill
plane also seen in another galaxy, Bode's, M81, as
shown in the two black and whites that follow
the two color views of Andromeda, the spill
plane here a chance of fruequencies of
light used to image engineer the
photo since other views of
Andromeda do not show
the concentric
rills of
the spill
plane at all

DELTA RIVER SPILL PLANE IN BODES GALAXY

The
spill plane
may be caused by
matter jetting around
the core like particles in
an accelarator the fact in such
matter is it is grouped in clumps
firing about at different velocities
and in different amounts arriving
in the foreground beyond the
core as the core itself is
slowly rotating
and lifting
away
from the
bottom of the frame
such that the arriving accelarated
jets form a continuously expanding delta along
the upper edge (away from the camera). In this regard,
it can almost be said (if not literally said)
that the pulsating galaxy is breathing

A narrow arm
(thin as a rope)
bursts from the underskirt
of the core and sharply vectors straight
back in an elbow joint, the fact of the tangental rope
and elbow joint telling you unmistakably that there
are strong dynamics on the underside of the
galaxy, the rope itself a factor of
heat and momentum in its own
matrix countrary to the
main body of power
of the galaxy
spiral as
a whole.
The elbow arm
(joint) could be a
residual aftermath of an
encounter with an object large
enough to cause gravitational string-out





Arm
vents straight
out the underside canopy
of Bodes Galaxy and elbow at a sharp
right angle turn, the mechanics of such a phenomena
not unknown on Earth where volcanic plumes when reach a density
light enough sheer in vector from a straight upward thrust to
a hard right angle usually at the ceiling (state change)
of the next upper layer in Earth's atmosphere, in
the case of the arm in Bode's galaxy the
'change in state' is when the arm
enters the deep cold of
outer space

We
know at
once that here
this part of the galaxy,
the underneath canopy, is rotating
this way toward us, as the lower west rim
continues to rotate this way the ribbon
of arm matter will stretch, in a way
analogous to the stretching plume
of a volcano, except in the
case of a volcano the
stretching longer
plume is caused
by prevailing
winds more than
by rotation of the planet

From this page is the following passage

CORE OF NGC 1232



Here
behold, the
image of a crepe paper
rose comes to mind in modelling
the steepness of the outcurl of the
arms spinning out on sliding, rather
than flat, curved angles

The
flattening
of the clumps of matter
(brightened by enhancements) is
caused by matter shooting out like spokes
of an umbrella around a central oval circumpherence,
in upcurves heading into deep space above the ecliptic
plane, where the backpull of gravity equalizes with
the Plank's Length pressure in the temperature
of deep space the upcurve motion stops
and the matter spreads out into
flattish clumps not unlike
thermals rising in the
clouds of Earth and
flattening against
a high atmosphere
plateau not governed
by ultimate cold temperature
physics but by volume/density gradients
modified by prevailing high altitude winds that
are horizontal to the thermal updrafts. The galaxy's core
spew updrafts may not be thermal so much as, rather, kinetic

3D VOLCANO DEMONSTRATES ABRUPT RIGHT ANGLE JOG IN KENETICS

Use red and blue 3D glasses to see stereo

An Earth
orbiting satellite's view
of a volcano on a North-East penninsula
of Russia near the far east tip of the Alleutian Islands

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