This odd little poly woggle (widget) has turned up in a ESO image,
shaped like a door handle. It is only available when the original image
is very highly enhanced. In the original (left image) practically nothing
of it is seen.
The poly woggle can be seen in context amongst 'missing mass' images
here.
Let this curiosity be an introduction to suprising finds in
the many images which follow.
HIDDEN SURPRISE AT NGC 5236
I cannot let this item pass by unattended - a glowing arc out in deep
space around the top of Ngc 5236, possible a
residual positive, very obscured by deep space murk - it is either a mere
drift coincidentally in the form of an arc, or is a very dim artifact
(arm perhaps) perhaps associated with
Ngc 5236 at a long distance.
Also, the outline of Ngc 5236 - like
many giant galaxies - is noticeably round in two dimensional view, long
and stretched out (but still a round
outline) in 3D view. The roundness has to be some character of gravity
not normally discussed in brain session gravity seminars, and not to be
commented upon here in that I do not know why giant galaxies are so
R O U N D in outline except to remark that elliptical
galaxies have similar round master-shapes.
MAJOR ROUND SHAPES
Here we see a panel of galaxies, the
thin lower panel image originals collaged together in composite by
an astronomer, the upper panel the same
enhanced by me, showing prominant round outlines for
galaxies in their more major superform superstructures.
BEACH BALL SPHERICAL ROUND SHAPE OF M100
Here is a 4-piece view panel showing the
greater round shape of giant spiral galaxy M100.
This view when focused together in virtual 3D shows a prominant 3D
spherical outline not unlike a hermit
crab with claws wrapping around and down short distances in the inner
bright portion at the right side of the core, except, if you look closely,
you will see that the hermit crab's larger claw in coming out from
behind the bright canted bridge that spans across the train tracks,
in this AAT image. (In other M100 images, the train tracks are
less emphasized, or not seen at all).
In one (Subaru) snapshot, the train tracks
(slingshot) are the most dominant feature.
Galaxies such as M100 showing globally round topological form in outline
are not unique, the situation at M100 more
outstanding to the degree to which you can see it is not a flat plane,
the fact of dominant different degrees of rotation of the main arms around
the right flank (plus the core) is due to three different velocities in
the angular momentum of each of the three large main structures (the
tilted rising core like a chameleon's eye is the third) meaning there are
three basic different angular momentums incorporated one each in its own
rotation around a north (top) south (bottom) polar axis a subtle different
distinct velocity for each different structure among the three, the core
itself cammed at tilts at yet other angular momentums (different velocity
vectors simultaneously at work) all of this helping to explain how a
galaxy can be round, rather than merely a basin like a bird bath or
water fountain basin, or flattish like a warped frisbee. (Long sentence
paragraph - enjoy).
Except, the M100 situation is made more complex by the fact that the
long winding arms also each vortex long
distances along a very long stretched out axis in deep space through
a pinched core, so that the whole basic configuration of M100 is more
like a hair curler, pinched in the middle, coiling along rotating, and
also tumbling, moving through deep space.
ANGULAR MOMENTUM DIFFERENCES AND STATES
Whopping angular momentum differeces are well illustrated by galaxy Ngc 6951
which has blueprints for many angular momentum states
combined in one object, including, similar to M100, forms which at
first seem garrish until understood,
TILTED CAMMED CORES
Here and
here and here are three easily seen
examples of tilted cores cammed at hard
angles relative to the plane of the galaxy as a whole, the cam angles
due entirely to several different rates of angular momentums effecting
each core itself, independent of the galaxy's angular momentum motional
vectors operative at large in the outermore structures of the same galaxy.
Here next zoomed and enhanced from an ESO image, is the inner region of
Ngc 1232. Thin bands of coherent angular
momentums at strong declentions (different planes and angles), and adorned
with little bright lights, are most evident, in 3D. Every plane and thin
line, in this galaxy inner region, is at a different polar plane angle.
Put your hands together at a right angle. This will tell you what the
word 'declension' means as used herein for describing Ngc 1232. More on
the thin bands of angular momentum is
here.
SKELETON ARMS
Have a look at this blue enhanced version -
a seeming string of tiny hot objects form an arc around the right of
Ngc 5236 around the right side of the gravity
well. Coherent strings like this seem to be the residuals of
former galaxies collided and stripped of star forming materials leaving
only strings of hot clusters (skeleton arms) where original
arms used to be before the collision. Actually, the outer reach helm
seems to be more the leading outer edge of a
gravity well, but, the image serves to to introduce the
existence of skeleton arms continuing along, floating along with the
galaxy in deep space, still major forms of that galaxy's structure,
even though the bright bold arms are long gone.
The most cited 'skeleton arms' example is M110.
COMPELLING COLLISION EVIDENCE AT TRIANGULUM GALAXY
A straight edge down the left flank, with dim ghost arms appearing
at the edge of the slice, is certain proof that
Triangulum has experienced a hit and run sideswipe collision,
astronomers think the leading contender is with
Andromeda.
SKELETON ARM RESIDUALS EXTEND M110 AT ANDROMEDA
For instance, these short and long thin
strings arcing gracefully out around M110 could be residual hot star
clusters (or globular) where once strong arms used to be before M110
sailed through the belly of Andromeda and had its dusts stream cleaned
away, leaving only skeletons of the original arm structures.
Here are some enhanced views excellently showing the largest
skeleton arm, vectoring in an
arc to the right from the far rear end of M110.
If the apparent skeleton arms winding around M110 are herein being
correctly interpreted, it means the original size of M110 was at
least three times the cross sectional area as a small spiral
galaxy before it sailed under Andromeda. The small 'elliptical'
shape seen today is what is brightly left after the tunnelling
had had its effects, the oblogue shape the result of serious
disruption in the core area due to the Andromeda scrubbing.
Bodes galaxy has a core something like the M110
glowing oval. So bright, so uniformly diffuse, that few features of the
Bodes Galaxy core have thus far been shown for public consumption on the
Internet by any astronomer.
Here is what the
Bodes core deck looks like inside the haze.
Here is what the M110 core deck looks like inside the haze.
The aftermath of collision at Bodes is not so
much skeleton arms as in fragments skooting out above around and below
Bodes, in consequences of a collision which
occured with nearby Ngc 253 thought perhaps
some 650 million years ago by astronomers, perhaps much more recently
since the little poots scooting out are not that far away yet from the
Bodes main body, these 'poots' would have been circling around inside
like comets (starry fur balls) until momentum accelaration gave them
the kick to leave.
By the way, if you cruise the images at Bodes1
and Bodes2, you will come away with insights
you can apply fresh to many other galaxies.
More about 'A Bridge Near Far' (M110) is found at these links
Here 1, Here 2,
Here 3, Here 4,
Here 5.
GALAXY PROPERTIES CONTINUES
'DOBBLER' AT NGC 5236
Not the rattlesnake's tail but to the left, a woggle spills out in an
arc from the blunt end of a fierce structure of
Ngc 5236. (Focus on the 'dobbler' to the left of the rattlesnake's
tail). It is a most unusual formation in a galaxy, and seems to model
the cut-off arm stump from a giant squid with blood spilling out after
a large arm was cleaved clean away by a passing encounter strong enough
to knife slice it off neatly.
Scenerio two suggests something small but fast travelling therefore
weighty could have punched into a thick diffuse arm right there
causing a bullet splat and dobbler (which actually seems to be
a thin vertical dog collar with one end dipped straight into the
punch).
Blunted arms in galaxies are not uncommon, and more so here at
Ngc 5236 where there seems to be something of the inner nerve channel
of the arm spilling out. I am not qualifying this 'chopped arm' image as
a mere conjecture, it seems to be worth stronger thought being an artifact
to be found often enough (though without a dobbler spilling out) in results
of galaxies colliding. See more about this 'chopped arm' at
this link, and a blunt galactic
arm here.
I like the idea of a severed arm with nerve juice spilling out because
it is new and could be far reaching as an idea. This is because something
seems to give arms integral strength and a
nerve channel within with circuits surging back and forth is not far
fetched. See a subject called gravitational pinch
here, where an integral arm is dragging across part of the Whirlpool
Galaxy. Also, see a subject called 'spinners'
here where tiny local angular momentums may act like
gyroscopes keeping arm clumps and matters from changing vectors in
inertia grips caused by coherent 'spins' along the
length of the arm even a long thin
arm can be gripped in vector and shape, maintained by
gyroscopic inertia.
SHORT THIN ARM ATTACHED TO A VERTICAL UPRIGHT FORMATION
Notice (immediately above) how much the funneling tornados combined at
right angles are like smoke in strong fires on
Earth. The hot core of Ngc 5236 peeks from the
left edge in the above three toned panel. Some very dynamic seething is
going on here in very small intense formations intermixing back and
forth at right angles - more than a roiling, less than an explosion.
Notice also (immediately above) the kind of seething tunneling roil
and ejecta (galactic fragments) spooting out, which can be expected in
post traumatic energetic galaxy collisions. Spews of ejecta like this
are also commonly seen close to one end of a core, associated with inner
core actions.
For example, here seems strong ejecta
from one end at the center of the s-shaped core of Ngc 1365 (blue square
inserted by a pro in the Hubble image). For further reading and images,
see snubs.htm and jet.htm
and bilatera.htm and
cores.htm. and smoke.htm.
AN NGC 5236 SUPERSTRUCTURE
A gravity well (dim band) surrounds the outer right flank.
Enhanced strongly in blue Color, a blue halo
surrounding Ngc 5236 seems to be a larger superstructure composed of
extreme low luminance material.
The idea of a super structure halo is supported by a darker wide band
edged by small faint objects in an arc, (albiet very faint, perhaps not
an arc) circumventing around the outer right flank at some distance from
the galaxy's right side, and this may be a partial glimpse of a deep
space gravity well being swept clean by
downdipping motion, statically surrounding Ngc 5236. (Statically means
the rightward downdipping motion is independent of Ngc 5236's motion
adrift in deep space).
When viewing the above pair in stereo (click on the above image pair
for larger), it is noticed at once that Ngc 5236 falls along a long
axis which streches out along the longshank more than it is wide
through the midrift.
The lay of the long axis is in forespace at the right, toward us, the rest
slanting backward to a rather unexpected long distance into rearspace at
the left rear end. Basically, it a long thin tongue of a shoe angling
sharply backward in a slight upward inclination, and is in rapid motions
- even as the whole front end (at the right) is swishing downward, at the
same time the front end is swinging around this way, the counter motion
at the rear is buckling against a different velocity causing the vertical
upthrusts in the 3D rear in the upper right. Fundamental structures like
this are herein called vortex galaxies.
The thickness of the smoothed vertical wall sweeping around the right
flank is very noticable in this next virtual 3d view, enhanced from
this Dss original in which (in the
original) the central area is too bright for details. Here, two
space ships drift as if a science fiction
illustration off the left flank, in which residual dim matter is seen
sweeping around to the left out in cold space from the top.
Here in the next view, the sweep of outer dim matter is seen continuing
around the whole of the left flank. The outer right region is seen to be
peppered with very small clumps too dull to be nearby Milky Way stars, and
too shapeless to be extremely distant galaxies. The intuition is these
tiny dull clumps are associated with the lifestyle of Ngc 5236 but are
imbedded in matter which has nearly no luminance in which case there
could be a great deal of extra buzz out there in the right, regards
galaxy Ngc 5236.
M110
Some of the tiny dull clumps seem elongated. A mysterious form of
elongated clumps imbedded in undifferentiated haze is seen at once in
enhanced bridge views of M110 in which the
elongated dull clumps seem polarized (all vectored in a common direction
to the right none seem out of synch in the common vector), and are know
to be tied in cause to the recent journey of M110 through Andromeda.
MORE ABOUT NERVE JUICE SPILLING OUT A SEVERED ARM AT NGC 5236
The nerve juice spilling out ( click to see
nerve juice again) could be a thin extra strong string of inertial
gyroscopes whose vectors causes (after a severing) to continue to carry
this extra coherent inner string forward slowly out of the rift where
then gravity of the arm causes the drifting gyroscopes to get pulled
right back into the arm, causing the narrow upright collar because the
gryoscopes in the nerve spill had a slight downward vector as well as
the foreward spin urging the thin stream out into the open beyond the
severed or punched arm stump. The claim of a full model dog collar
which curls back in below the lip of the stump is inferred from 3D
in which the dog collar seems to curl back in rather than joining
the long diffuse matter cloud adrift to the right below the stump.
And that (the above paragraph) completes the likeable parts of the
Ngc 5236 supersize picture.
ARM INNER CURRENT SPECULATION
If electricity flows along an arm-like current channelling up a
narrow tube in the core of a wire, magnetism from the electricity
could magnetically vector the gyroscopes of the matter's spin toward
a uniformity (all spins in the same direction) both individual atomic
particles and large scale clumps including star clusters and so on.
Electricity needs two poles to flow and might be already seen to
be happening at a look at any galaxy which has arms of any kind
and size. Some arms can be seen to be short almost loops that
dart out from the side of a core or arm body then abruptly stop,
or dive right back into the core area (or arm body), whereas other
arms can start in the same thin stream manner but spread out moving
away from the core ending in large giant sweeps through deep space
like broomtail sweeps of straw brooms.
In the case of the intense short looping arm version, it is easy
to think at once of two poles both buried into the core like sperm
attached to an egg, the joining in fine detail closeup would I am
sure show matching poles each attached on polar opposite sides of
the core.
In the case of arms sweeping out into dissipation in deep space a
standard physics picture is also not hard to manufacture. One pole
buried into (attached to) an opposite polarity pole in the core region,
(south pole attached to a north pole for instance) the pole at the other
end of the arm continuing to be inducted by a same polarity causing
particles and clumps which become electrically charged to drift apart,
ending in a cloud of static at the end of a wire (the static cloud
being the resulting broom tail sweeping through deep space and who
knows where the inner wire of flowing electricity actually ends).
SHORT THIN ARMS IN NGC 1365
Here next are four progressively zoomed image pairs of Ngc 1365, (another
'vortex galaxy), staged for
virtual 3D in which several very short small thin arms are seen coming
out from the core region in sharply rotated polar alignments to the main
bar axis. The image sequence is reference first, Dss second, ESO third,
Hubble fourth.
The tuft extending below the
elbow arc of the right arm (magenta image above), where the left arm
winds around below from the left, is seen to be hot blue star drifts in
this Hubble view very highly enhanced by
myself. More of this Hubble view is here.
The small blurry dot centered in the middle of a darker area under the
blue drift in the blue enhanced Hubble view
is a small 'spindle' galaxy of spindle core class and herein named
Wiggles, captured by the accutes of
Hubble enough to be renderable in enhancements from the original Hubble
image. Another Hubble blue view is here in a
brief study of hot blue star forming regions in galaxies Ngc 1365 and
Ngc 4038 the brief study featuring how to find more hot blue new stars.
POWER CORDS AND V-BREACHES
Here a thin stream issues like a power cord out of the upper end off the
inner core of Ngc 5236 and at a v-breach
(two arms confluencing), immediately dives back into the core turbine.
( More Ngc 5236) click, and more
here.
BI-LATERAL FLARE IN GALAXIES
Notice instantly when you focus these two above images together that the
right side flares up, the left side curls down. This observation cannot
be more important in understanding of galaxies in that all galaxies have
this bi-lateral symmetry to one degree or
another (one side flares up, the other side curls down).
I have to make a personal remark that this - the core bore of Ngc 5236 -
is the most striking example of bi-lateral symmetry I have seen yet.
Once bi-lateral symmetry was seen in a stereo view of this Ngc 5236
phenomena 4 1/2 years ago (circ fall 1996) I have looked for and found
the bi-lateral phenomena in every galaxy image since examined, in which
the inner region is visible enough to have some
descrete details, enough to see the bi-lateral phenomena there.
This examination continues with a whole lot more, in the Lookhere file
here. Expect that you don't want to miss
this....have your mouse ready now.
THE WHALE AND THE OCTUPUS
An interpretation of a sequence of events in collision is
here, where increased rotational velocity and duo blue shifts
emminating from major arms of the spiral galaxy can mislead readings
of big bang doppler shifts per distances in related space.
Right up close (real tangle) the mystery in thought becomes totally
apparent. The upright spiral guy (octupus) is wrangling the other
(whale) both suffering major damages in the deep sea deep space sea
encounter. Notice in particular how lower outer arms of the upright
spiral are wrapping in disturbed disarray under the belly of the whale
with greater disturbances in clumps and clouds drifting around down
there, below.
Scientists think one of the two galaxies is millions of light years
closer to us in space because the light from the octupus has a different
frequency along its main spectrum lines, a chance overlay superimposed
in space has created an illusion which appears like a collision in
progress the only solution is to turn to the big bang and count
intervals between spectrum gaps the intervals do not vary in number
so far as is none, the distance between one interval and the next
is all 'red' and big bang at the supper table substitutes for having
to cook up an entirely new theory feast from scratch.
Look at the above three-pane panel again and focus pairs for 3D), this
ringer of an image shows two kinds of zingers,
those that are superhot and too new blue to be blown out are blasting
into pseudopods festooning the whale with colonies of barnacles whereas
the streaky strings are from the other sweeping around as it buzzsaws
through the whale already the busy encountering costing life signs a
chopped off arm of the octupus met with
chunks gouged out of the whale, the octupus's nearby giant arm
wrapped under Jonah who became a person
in shrivelled understanding, the fact of the 'red' shift something to
do with the whale's metabalism and long distance energy auras, the
answer far easier to grasp than big bang mythology.
Okay, enough fun teasing mythology and biblical odesseys. You
can have more fun in this link.
What if the whale was a much larger spiral galaxy seen even more edge-on
than Andromeda, we are therefor looking this way at a much larger force
in gravitation mass stretching all the way across the diskface, add up,
how many tugs of gravity could be relativisitically leaving this galaxy
centerpoint and thank the lucky stars that a smaller cousin is in place
right there to guage, it passing inward upright at an angle glancing past
the far away center of Jonah, what you are looking at is relativistically
delayed photons leaving the place in time delayed gravitiational transformation
not really time rather a contraction of space so the distance between
each seeming delayed photon is stretched redward the amount of redshift
in light imparted most before the galactic boundry not inexorably increasing
across space all the way over to here not at all (as the red shift would
be if big bang).
Big Bang is right, an exploding thought balloon vanishes into
thin air, then disappears completely. That was yesterday - the
thought balloon, today, simple doppler shifts by gravity. In
fact could not the amount of redshift be used to tell more
or less exactly how much gravity the whale has. This is when
the exploding thought balloon completely disappears. In this
case no big bang happened in this case cause is so self
evident only a statue can be in awe of discovering the idea
in this case only hammered cold stone thinks it discovered
the idea first. One of course knows all along and can
'psssst' whisper the secret to others.
No big bang is needed to adjust thought to this query.
Doppler shift in gravity power does not require velocity.
Superimpose the next image pair together for a much clearer view of the
whole body combination in action - revelation - enhancement reveals
a wrangling collision, the color enhancing choices reveal interesting
details, including, that the image itself has many small flaws in
the form of patching errors - the original
has little to see. Worth noticing are tongs
reaching out like fingers digging in, to the right of the center hot
region. Tongs something like these are also seen in the left wing of
M82 (the 'Cigar' galaxy) which is
suspected to have wrangled with nearby Bodes galaxy.
Superimpose the next two images together for a much clearer view of the
whole body combination in action. The energy of
green light frequency can contain enormous amounts of information
not normally concidered by astronomers.
The 'fish' original (it looks like a fish) is here,
and do not fail to notice how much deep steep vertical sheeting is taking
place between the two galaxies mashing together (green and red images
above).
Also superimpose these next two images together for a much clearer view
of the whole body combination in action. Enhancements of seeming
weak old pictures can hold treasure troves of revealing significance,
especially in terms of size.
ANGULAR MOMENTUM SWIRLS MATTER SHOOTING OUT IN ARCING
STRAIGHT LINES FROM CORE OF NGC 1808
Superimpose the two images together for a much clearer view of the
whole body combination in action - angular
momentum swirls take over from tranversal outward ejections in
short-burst pulsating sprayouts from
around the core.
The upcurling short tufts and hurls are each far longer than their
look in 2D (flatland).
Angular momentum vectors all the way down to dust particles
spinning in coherent conglomerates in parades wrapping around a
tongue shaped core, is at work here
in spiral galaxy Ngc 1808 in self
evident ways.
Matter is spinning out from two main perhaps four, or more, pairs of
core poles in a horizontal sheet seeming a
disk like the spray of a fire sprinkler system. Right away gravity (if
not gyrscope spin sums) begin to draw the outspun matter back in a curve
causing the spewing tufts and flares to curl in the air as they start
their gravitational journey back to central station.
At a certain point, the outward flinging
velocity is brought to a stall and halted by the tug of gravity. At
this point, the tufts and outflung flares begin to drift along sideways,
caught in sheepherding flows of the transversal vectors wrapping around
the inner body in sweeping arms. At the point where the horizontally
outflung tufts and conglomerates become curled up and stalled their
small local forms seem to stay halted in time in slowly rotating
slowly transforming spiral patterns.
Click here for more Ngc 1808 images.
Other Ngc 1808 images are here,
here,
here, and here.
WHIPPED CREAM IN A HAND HELD BLENDER
Whipping cream can have a churning look exactly like this (next) - it
comes from more than one rapid rotation on more than one axis in more
than one vector.
I have done whipped cream in a hand held blender comparing it's churning
swirls with this next image to see how the two relate, and am happy to
report that the hand held blender's action whipping the cream is an
excellent model, realizing that part of the cream's churning is due
to confinement in the empty plastic margine container, the confinement
in the core vortex image due to confinement by extremely powerful gravity
forces (assumed). (I use the name 'redhoil' for the image since I cannot
retrace where the image came from on the Internet).
The whipped cream turning was due to two blades one on either side of
the shaft, surmize then at least two force poles in action in the redhoil
causing a (modelled) identical mixmastering action. The blades in the
blender were twisted, one bent up, the other bent down, the tip of one
pointing one way, the tip of the other pointing in the opposite direction,
these were the blade paramenters made by the manufacturer I did not
tamper with or modify the blades. So now I think the same manufacturer
made the redhoil, using a fast spinning black hole blade made for a
Braun hand held blender. Joke no serious.
In the case of a core like this - seen close in to a maw sized
mighty black hole (or energy equivalent) - outrushing matter is being
gravitationally drawn back in, such that the resulting maelstrom seems
nothing less than the flow pattern of a hand held electric blender so
fast are the flows.
In the case of a core like this above (M51), the inpulling mighty maw
of the black hole (or equivalent) seems to be reaching a long way out
in causing flows to hunker to the dance tunes of the inner maelstrom,
unless, of course, a telescope someday pokes its peepee right into the
center where the black hole gets illuminated and who can say if not that
the core itself is tongue-shaped and upthrusting tufts are winding like
flower petals in spirals.
For instance tufted flower petals are clearly the major art form
inside the exposed-surface bright dish of Ngc 4414.
This petal-tuft form is standard in many galaxies, each galaxy of course
with its own collection of major interruptions and forces that locally
change shapes.
When viewing the two images superimposed together, the center area
including the yellow s-shape is seen to be deeply sunk in a deep dish
basin with towering cloud banks hurtling
around in a near vertical wall around the left flank.
GRAVITY CORE PINCH - IMPORTANT
The basic core sense is, rather than a large area with general gravity,
there is a small area with intense gravity. Because of core pinch, there
may not be as much mass as in the outer general areas but in the pinch
area matter is very compact therefore the gravity is very local and
intense at short distances.
The fact is many cores have a bulge -
Andromeda springs to mind - of diffuse glow yet inside the
bulge is the intense gravity
core pinch.
The greater mass beyond the core pinch area helps to maintain rotational
velocity out from the core (since the core mass total is less for a
pinched in core - picture dimpled by a piece of chewing gum being
squeezed between two fingers) rather than the velocity falling off over
distance as is the case with planets in our solar system whose velocities
are rigorously ordered by factors known as Keplers three Laws of Thermodynamics including
rigorous spin orbital coupling for all of
the planets, each planet individually, and together as a mutually
interfaced all-planets-in-one group (as introduced for the first time
ever in the above 'coupling' link - all I did was find a missing formula
that calculates the spin or orbit of any planet, given the spin or orbit
of any other planet).
Deep dish (in-sunk) formation is standard for the center realms of
many if not most or all galaxies. In galaxies where there is no flowing
surrounding towering circular disk wall even then the inner hot core is
well down in its own self made gravity grab as matter around is blown
off by fierce winds the rest pulled in compacted like magnetic field
lines pinching around the center of a pin cushion shaped elctro-magnet.
Thin galaxies seen on edge with width but little depth are seen here and
there cosmically and are officially called
Pipe Stem galaxies, but even these can have dimple core bulges and
pinched in cores.
If our Sun is viewed from a pole, its magnetic field would bear
similarity to many a galaxy's ecliptic topology if the magnetic
lines were made to seem like arms and the pinched hole at the Sun
pole became the most visible part of a galaxy (ignore the ball of
the Sun underneath the pole, it is not necessary for our simple
center-pinch togology outlined above in this paragraph).
WHAT M64 CAN TELL US
M64 is a very disturbed spiral galaxy, it is not a disturbed or partial
elliptical galaxy. The above
Subaru image is interesting enough to have its own page,
here
The smooth extended flanks of M64 are telltale sign that there has at
one time been in a collision. Smoothing
is a direct effect of an arm or galaxy part slicking over another arm or
galaxy part wiping the slicked part clean in a telltale smoothed
diffuseness often accompanied by an overhanging
canopy.
ZOOOOOOOM TO THE HARD EDGED CENTER DISK
The tiny seeming yellow bright core is s-shaped. More s-shapes
in cores and galaxies are featured here.
The edge of the core deck slices out into space sloping upward in
our direction presenting a hard edge around the core deck.
As clearly seen in the immediate above image, close in near the
core, ribs rise upward in a thick curved corded stalk, near a small
telephone, both at the left.
Image errors in the form of thin straight line rectangles from
imperfect patching have become clear in the two reduced light
enhancements core views immediately above, the straight line
patching errors making determination
of some of the core's finer details impossible.
Hubble images in particular can be rended with straight line image
errors, (seen when images are zoomed to their maximum confinement
just before the images becomes nothing more than hot squares of pixels),
the occurrence of Hubble patching errors so common I need not cite any
examples, except, enhance a core view of
Hubble's Ngc 3314 and see how confused
the pros actually were when piecing together such tiny
patches from what they assumed were two entirely unrelated galaxies
separated at long distance, not wranglers in collisions. Pssst. I will
give you a strong hint - the whale is not an
entire galaxy, it has lobotomy from collision happening right now, as
we see it.
I seem to be making a point of image errors, for good reason. If it was
me handling the reostats used to patch together Hubble images, I would
crank the reostates as high as they will go looking for patching errors
with the object of correcting them, before releasing a Hubble image to
the public. Image errors in Hubble disclosures ruin the possibility of
using high enhancement inner zooms for
advanced reasoning arguements. I think this is wrong. Hubble images
should be the definative scale for all advanced levels of reasoning
and arguements at any level of enhancement no matter how high gain,
if, this is possible. Meybe it isn't. I don't know.
I say this (pointing a hand larger than my body, at Hubble errors), with
a bit of wince anticipating fierce comeback. Nevertheless the guantlet
has been thrown to the parking lot. Out behind the car, if you want to
dispute, bring a case of beer and we can discuss this like gentlemen
and grinning broads (ladies) (professional men and women in astronomy,
a community of whom I am not a member but like settling arguements
with a strong case of cheer).
IMAGE ERROR BIG TIME
x
For an example of an image in which chattering patching error
riddles the main scene, see the above. It is a slice from LMC
prepared back when by an astronomer noting certain features in
the slice. This version is the only copy I have. It seems small
at 312x580, but.
Here is the news. the LMC errors are only noticed when two images
in a pair are combined in overlay. The first image above is ruined
by venetian blinds (vertical strips where rows of pixels overlay
causing short circuits in the image, an error to be avoided when
staging image pairs in overlay). The width of the left image in
the top pair above is 1 point more that the width of the right
image and that is all it takes sometimes to create false venetian
blinds in an image.
I am being unfair. Discontinuities in image fabrication are seen at
once in
virtual overlay you have to somehow merge the two images together then
the image flaws become obvious. Indeed. (There, I have worked that word
'indeed' in again for a second time. Fact is, I do everything I can to
avoid using the word 'indeed', just as avoiding at all cost the other
two biggies 'career' and
'my dream is'.
MASSIVE JET ENGINE LEAVING CHAOTIC SPIRAL GALAXY M101
This 'jet engine' is explored in depth here.
SLASH STREAM VECTORS
Slash stream vectors are a thin strand of angular momentum comprised
of hot brighter material that arcs out on its own heading up and out
across angular momentum currents, and end abruptly. Slash stream vectors
are common enough in one size or another. Next are particular good
succinct examples of the slash-stream vector phenomena, Bodes galaxy,
and Ngc 4603.
These two slash-stream images above, are not referenced anywhere else,
so, no link. Bodes galaxy main is here.
Ngc 4603 main is here 1 and
here 2.
TOWER OF POWER IN NGC 4414
Next view, an obvious bi-polar pair of poles
lies at either side of the inner core, the tower of power at the left
is one of the poles. The 'tympani', lower left, is huge. Tympani are
featured here. Nearby is what appears
to be a small telephone (it looks like an old
fashion European telephone handset), not uncommon in galaxies. Son of
a gun does this core seeth.
Another pole pair seems as shown next, the right end at another
(very small) 'tympani resonator'.
The above right image has been rotated to sit askew slightly exploring
possible other ranges of natural stereo in mono images. The skew works
but makes obnoxiously difficult images to
view.
The small 'tympani' off the right side of the core seems more like a
rising ribbed column, in this case laying face foreward and is small.
Unfortunately we are at the extreme limit of
resolution in this zoom and due to the straight line image errors
I am unable to coax any more information that might reveal more about
the nature of the object highlighted in green.
A thin jet arcing downward over the right end made of hotter matter and
in a thin stream at total odds with the horizon plane of the arms, is a
puzzle, what are these thin jets and what causes them. A thin suspension
rod arcing over M64 may be a residual
of the other galaxy which collided with M64. Larger thin jets can be
prominant galaxy features, as illustrated here.
PLAYING THE STEREO IN 3D
Image X - the right view is rotated by 4 degrees
Image Y - right view rotated by 2 degrees
Image Z - both images are the same
PROOF THAT IT IS NEVER TOO LATE TO LEARN SOMETHING NEW
Dated 11 PM, June 26, 2001.
The astonishing degree of extra stereo in Image X immediately above
is by serendipidous accident and comes as some surprise. You would
think after 4 1/2 years I would have the subject of
virtual 3D pinned down but apparently not. The extra stereo in Image X
above comes because the right hand view in the image pair was rotated to
the right (clockwise) by 4 degrees to be able to draw in a thin pole pair
axis and instead of restoring the view to original orientation I used the
rotated version to see if I could save a few seconds of work time by
displaying the distorted image alongside the correct image. It worked.
Astonishing stereo resulted. The view in stereo is distorted of course,
but who the fuck cares, look at how far apart each individual object and
item is in this galaxy. Here next are comparative stereo views with one
image rotated 2 degrees.
Because of the distortion I will not be using this 'rotation'
technique much. If the discovery had yielded images which were
correct as well as stereo authentic I would have been stuck with
restaging one hell of a load of image pairs but fortunately this
will not be necessary. I wish to use rotated image pairs more, but
in truth they hurt my eyes and so limit the use of, to only a handful
of occasions but if not so lazy while being so busy preparing this site,
I would do a lot more rotated stereo pairs just to see what else I might
be missing, or to better see what is already intriguing in an image.
YIN-YANG EFFECT, ROTATE TO THE LEFT? ROTATE TO THE RIGHT?
Part of the distortion is a yin-yang phase shift depending on if
the image is rotated to the right, or left.
Here is a comparative set of images, one an image rotated 1 degree to the
right, the other 1 degree to the left. In the first the lower portion
extends into foreground space, in the second the lower portion
receeds causing confusing yin-yang phase distortion - which, yin, or yang,
is the real thing.
Image A
Image B
Image patching errors are noticed, can't be
missed.
GENUINE REFERENCE ARTICLE
It helps to have a reference image whose 3D authenticity is known, in
order to test image phase rotation for intrinsic yin or yang stereo.
Here next is a quick test (obviously one had to be done to check the
torqued stereo effect for authenticity) of a street scene in Ottawa east
circ. the early 90's, in which the right hand image is Normal, then
rotated 1 degree, then rotated 2 degrees. By 2 degrees of rotation,
distortion is becoming apparent, even though the noticeably increasing
stereo depth remains authentic in all ways. A last image in the sequence
is rotated left by 2 degrees, perceptual distortion shifts like a
fly on LSD but stereo mechanical components are still correct - it
is still a street scene in stereo but the new eyeglasses need a refund.
1 Quasar comes home - the little dog was named Quasar
2 right image rotated clockwise 1 degree
3 right image rotated clockwise 2 degrees
4 right image rotated anti clockwise 2 degrees - a phase distortion test
Oddly enough, the 3D in the left-rotated image view is sharply
diminished even though still authentic. The diminishment may by
due to nothing else but the angle at which the Sun struck the film
in the camera.
Angles of incident light are critically important to mono sourced
stereo since they (the angles) are the
cause of optical illusions where a Moon crater turns from an innie
to an outie looking like a button when the Moon image is turned
upsidedown. The nature of optical illusions, and how this relates
to virtual 3D, is discussed here.
EXTREMELY NARROW HOLOGRAM MATRIX PHASING ANGLES
The extreme degree of yin-yang phase distortion in Images A and B
above, is undoubtedly due to the extreme narrow micro-nano phasing
angles in the hologram matrix imbedded as 3D content in the astronomy
photo taken of an object at such profound long distance, compared
to the imminent within hand's reach hologram matrix imbedded in
the street scene photos above (views 1 through 4).
To however demonstrate how much intrinsic stereo can be contained
in a single mono photo I have put together a page with some of the
images from 3D-image.htm staged in
rotated stereo, these are all photos
taken on Earth and most were scanned from magazines, or the newspaper,
the stereo you see is inherent in the Mono photograph. Get used to it,
the stereo matrix survived printing in ink on paper, then scanned, and
still - stereo. Get used to it - authentic degrees of 3D exist in any
mono photograph or image. Get used to it there is no arguing text book
dogma the textbooks are wrong, get used to it, mono is also 3D.
To repeat, a display of 'rotated' images is
here, if you are interested in going there for a look. In the
rotated demonstrations, I have simply used the Width and Height
parameters already in use for an image, and replaced one normal
image, with one slightly rotated the rotation by Paint Shop Pro
graphics editor ver. 2.12 in a Windows 98 PC computer.
BACK TO NGC 4414
You can see more about the astonishing 'tympani
resonator' thrusting out of the side in turbo heat so fierce that
cooling fins have been formed by sonic booms, the out-arm taking an
abrupt elbow jog where its out thrusting
kenetic vectors diminish past a weakness plateau, the petered out kenetic
energy particles getting left behind in a brief cloud trailing along in
deep space as the galaxy slowly sails on forward to the right gliding
along and turning counterclockwise like a cruise ship sailing the seas
of discovery.
See whole galaxy (small).
See whole galaxy (large).
CORE BULGE DISKETTES
Stop at once, and notice. The inner core of Ngc 4414 is a diskette, with
a loud edge. Chances are excellent that, if this galaxy was seen on edge,
a diffuse glowing bulge would rise above and below this core, the edge of
the diskette the circumpherence of the glowing bulge. The buldge would be
small, but distinct, in the case of Ngc 4414 shown here next. (Straight
line image errors are more noticable than ever. Please bear patiently in
the use of such bothered imaging for an example of something so critically
important (core bulge diskettes). I have to bear with patience while
hungering for much better, but better image is not at hand today).
Seeing it here, with a hard worked knobby forefinger pointing straight to
it with an ever so geriatric tremble, once seen, a core bulge diskette
if seen more from above as it is here will be noticed in galaxy after
galaxy as galaxy images are viewed enhanced to reveal the loud edges
of their core bulge diskettes. You can do the work yourself. I can point
to dozens of core bulge diskette edges but why bother, you can find them
easily enough for yourself.
Well, some of you will be left swinging in the wind unless satisfied.
Here is a view of a core bulge diskette in galaxy Ngc 1365. It is
extremely small in comparative relative area to the galaxy total,
but, a diskette around the core is unmistakable. I do not suppose
this diskette at the Ngc 1365 core is a black hole accretion disk,
I think it is a small core bulge of diffuse glow seen from above.
Notice ribs within the diskette, it means this may not be a true
core bulge, nevertheless, example of a diskette's loud edge is
still well served, indeed. Ahem.
A TINY CORE DISKETTE IN NGC 1365
Notice how some white star dots stand out in 3D, not imbedded in the
surface. In 3D images of galaxies, many (most) prominent white (or blue)
star dots, and clusters, stand free of surface, whereas stars or whites
radiating from below the surface are yellow colored, the yellow tinge
due to frequency filtering by the dust
gas and molecules of the surface.
There, that is now two core bulge diskette examples, and cognitive
spinnoffs. The rest should be easy to find amongst galaxies.
REFRACTIVE INDEXES EFFECTING THE STEREO
The Ngc 1365 core region is cleaved with deep rifts in and around
the rised core mount itself. What has caused, or is causing, such deep
channelling at different elevations and vectors cannot be seen in any
self evident way in the image itself, at least I cannot see it. But,
obviously, something has deeply channelled this core region as if chewed
by a plague of road rodents with big teeth. Thin ribbons of obscuring
dust are not the answer since details can be seen as plain as day at
the bottom of the chasms.
Thin ribbons of different transparent materials may be an answer, the
differing medias imparting different refractive index optical properties,
like a stick bending in water. This is just a suggestion in lack of any
other suggestion, which can be quickly answered by spectroscopy analysis
of the different channels looking for 'sticks bending in the water' -
since refractive indexes effect stereo view, such as different kinds of
sticks bending in water and other liquids and gases, each combination a
different 3D stereo results, seen even with your glasses off looking at
examples set up on a workbench.
If refractive index is an answer in toto or in part, it will help
to explain the mystery of large areas of refractive properties with
abrupt cell wall or bubble boundries seen here 1
and here 2 in particular
in LMC (the Large Magellanic Cloud galaxy), and in general 'incise'
images here.
THE WOODTICK
Here is the first example I ever really noticed of an abrupt
cell wall difference in what seems refractive index, in this
motor-like cluster gliding along the lower left limb of this
Ngc 1365 Hubble image, the gliding
cluster I came to call a 'woodtick' because it seemed glommed
to the arm. A trail can be seen streaming behind it, showing its
direction of motion. The refractive cell wall is over the lower
right center of the woodtick, seen best in the woodtick enlargement.
Another 'woodtick' is prominently attached to the left outer
limb of Ngc 4038. This woodtick also
looks like a motor and I am convinced these woodticks are globular
clusters which have been stripped partially naked by passage through
or close to their parent galaxies.
As seen next, the blue enhanced image shows more of the energy (hot
blue star clusters and hot blue new stars), the red shows more of the
dynamic tensions effecting this area of the Ngc 4038 outer limb.
Woodticks
are properly
combed out into the
open here. The new blue Ngc 1365
image shown above under the Woodtick
title, is a feature in this page. You might
also want to check this page since it
also makes use of blue light
to track objects
| 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
SEARCH FOR OTHER WOODTICKS
If the spindle in Ngc 4603, and the other two woodticks, are the actions
of small black holes, their characteristic motor look may be revealing
properties of small black hole behavior, and a search for other woodticks
should yield more of them, since the three shown here are not that hard
to find.
Whatever their cause, woodticks definately have a machine-like look,
like general electric motors from the turn of the century. If I am
light years off in their scaling factor as to size, it is possible
these then are remnants of dwarf-like galaxies partially stripped
naked, for instance the SMC (Small Magellanic Cloud), might someday
end up looking like a woodtick on someone's galaxy.
To again link, both blue woodticks appear in a brief page
here, on how to easily find hot blue star signals. You might also
take a glance here, where glowing clumps on
the move can be tracked by following their hot blue trails.
NGC 4414 SUPERSTRUCTURE
The superstructure of Ngc 4414 is absolutely
enormous, so enormous it does not seem practical showing it
enhanced all in one image if details within the superstructure are
desired.
Here, and here,
are two views, the left side, and the right side. Notice
here in this right half view there is a drift of blue haze lifting
above the galaxy, and in the rear at upper right a patch of reddish
color within blue, the red is guessed as being a glimpse of matter at a
different thermo from another galaxy which has collided with Ngc 4414
and is now in behind the scenes contributing to the enormous overall
size of this seriously disturbed monster sized very thick conglomerate
of low luminous mass and vague medias with a bright and busy center
whorl.
A seeming blue thatch pattern in the lower
left, is actually very low luminant further extensions of the galaxy
at large. Here, the thatch pattern has been
enhanced about as far as it can go with PC Windows non-violating
techniques, to reveal that there is more structuring in the form
of horizontally angled bands of something obviously organized.
GRAVITY WELL AROUND NGC 908
Ngc 908 has faint tips extending from either
end, and a gravity well
(darker zone around the bright object), seen after the image was adjusted
through Histogram Equalize. The vertical streak is in the film not in deep
space.
M101 IS A WHOLE TEACHING COURSE IN ITS OWN RIGHT
Galaxy M101, obviously one of my bigger topics, has appearance in
each of the following links.
Tympani resonators are also a hot topic. Many forms of tympani are
in the following five pages.
tympani.htm
tympani1.htm
tympani2.htm
tympani3.htm
smoke.htm
Another topic - which may be related to tympani - are 'woodticks'
here. More complete sets of woodtick images
are here.
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