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GRAVITIC DOPPLER GRAVITY WAVES IN EAST-WEST POLES AT ANDROMEDA |
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Spiral galaxies have multiple axis between poles. In some, the nub of a pole core sticks out in the open a short distance from the rim. The axis extend from the center, axis radians are attached to opposite polarities in the black hole in the core, not straight by law, those few seen in astronomy images tag at an angle to the side of a black hole pole.
Galaxy pole axis transverse inside a galaxy not along any outer surface.
Two axis (there are more) are shown for Andromeda, the long axis is a straight line from a center in the west eye in the sky, to the east to the bullseye. The axis lines in the image are overlays by hand, so the shorter keeps with the narrow cross section in the image. In real lines, the short axis would also be a long stretch inside spanning a wide cross section.
TWO ANDROMEDA POLE AXIS
spanning between the two doppler gravitic gravity manifestations.
A BIG ASTRONOMY LOOK AT ANDROMEDA
Many images seem redundant but may be different enhancements of the same cropped view
"How wide is Andromeda? Take a look".
"Forground stereo".
"Rear stereo".
"The nub of another core pole sticks out partially exposed in a line from a lower rim a short distance. It could be a pole axis from the Triangulum black hole. Get the magnifying glass out if you can't see it, it's there".
Finger Up interjects: "Never mind, here is a better view of the partially exposed core pole sticking out. Its vector skirts the right side of the core bowl making it a better candidate to be attached to an opposite charged pole at the right side of the black hole itself. Who around here can say at the moment, perhaps core poles curve". Occam grins because Occam knows the answer.
Pleased, Finger Up puffs effulgent smoke blowing from a curved pipe, the pipe bobs up and down in the enthusiasm, going click click Click. Finger Up snatches away the pipe when some coals suck up a nostril. More have scattered on the polyester dress next seat over, the old girl has it out in seconds and is bopping Finger Up on the head, who is still ckecking out little coal scortches up the right nostril. Most in the audience did not know why Finger Up is bending over, moaning. Occam comes over, places a hand in a certain place, intones. Finger Up straightens up, says "hey what happened". "Is the pain gone". "Yes", answers Finger Up bewildered, finger up the nostril rooting around in rotation.
"Note the number of tiny seek engines festooning the multi deck rims", says a reedy voice from India. "These go about their business entirely separate from galaxy dynamics except to ride along as the rims revolve with the galaxy. Some are caused by small ring currents others by pockets of negative charge. Why they can exist, their blueprints making their articulations form, are beyond the scope my today's presentations".
"Some have poles coupled to other engine poles, making cluster objects joined in zig zag fractal angles. Wherever two seek engine poles can match positive/negative polarity, coupling occurs, this, I taught myself", concludes Sitar from India".
M51
Presto, ask and you shall recieve. Up comes a zoom of spiral galaxy M51
"A small tympani resonator rides in an upper M51 arm. This is actually a cluster of seek engines, notice the number (at least several) tympanic devices attached to the main cavity, and other ornemental seek engine artifacts festooning the area. Note how the couplings are at oblique angles, not at right angles like plumbing would be. These are seeking poles coupled together to make larger seek engine artifacts".
"P.s. All galaxy spiral arms, by the way, are seeking poles attached to the black hole core at oblique (not 90 degree) angles. A fish attached by sucker to the side of another fish is a resonable image of how galaxy arms couple to the core, except, the arm's main coupling joints are at either end of the core's main axis"
| BULLSEYE - SO BIG IT IS 1/4 THE SIZE OF ANDROMEDA ITSELF |
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Towering moire lines dominating here in Andromeda are real gravity waves. End of statement. ANOMALOUS UNIVERSE - ONE ANDROMEDA IMAGE CHANGES EVERYTHING |
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LARGE ORIGINAL NOAH DISCOVERY IMAGE
After high enhancement, bullseye gravitic doppler waves are easily seen.
Horizontal bullseye left. Vertical bullseye right.
BULLSEYE GRAVITY WAVES DISCOVERY IMAGE AFTER EXTREME BLUE ENHANCEMENT
Blue color tone enhancement reveals unexpected moire. The Eye in the Sky at left (horizontal, narrow waves, compression, moving toward in drift, and clockwise rotation). The Bullseye at right (vertical, broad waves - expansion - moving away - stretched).
The
original
discovery image,
in which stunningly clear
concentric blue rills are dominating the
scene at Andromeda galaxy, the blue rills being giant
moire patterns of amazing characteristics in the Andromeda skies.
The original discovery was made looking at the far east end (east side)
of a just enhanced full size image trying to make sense of odd curved
lineal textures, the textures appearing out of nowhere in an image
which had just been deliberately strongly enhanced in color
tones of blue, and suddenly the light struck,
these were M O I R E !
Exploration using
an image editing program
(Paint Shop Pro) in a Windows 98 PC
desktop computer, led to the developement of a
basic understanding of the MOIRE and how they differed at
each end of Andromeda (east and west). A polarity structure was
quickly realized, not only for the Andromeda core, but for the whole Andromeda
galaxy, the polarity structure being a four-way artifact in deep space, the
east-west poles pointing directly to the two different clusters of Moire
patterns, and a north south pole also through the core, made more
complex in laying along the Z axis into depth between the
foreground (forward rim) and the rearground rim
we cannot see due to Andromeda's
layout and orientation
- relative to our
eyes and
telescopes
- in deep space
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How would you like to aim your telescope under an Andromeda full moon sky which looks something like this. An amazing bullseye made in energy (glowing gravity waves) over the east end of Andromeda The original image from which the blue color tone enhancements were made, shows nothing of the moire or rivers of entropy flowing in attempts to equalize kenetic temperature 
The original is a plain basic image of Andromeda with nothing to witness but the main central glowing disk, respecting astronomer's attempt with this original was to capture Andromeda's true colors Sound waves. They are gravity. But behave as in similar operating principles to sound waves, or sonics in a more fundamental form of the behavior of sound. Except sound needs a media to propigate through, out here, gravity waves are also sonically propigating through media deep space drifts (tensions) in regions of deep space where dust and haze is well known to occur in quantity. Gravity waves whose compressions and expansions are coaxed by steady state (standing) magnetic field lines, combine to manifest a final picture. Concentrations of compression in gravity waves are in the same bands as concentrations of magnetic lines of force, resulting in moires. One defines where the moire lines occur, the other defines the concentrations. I am staking a big guess that magnetics define where, and gravitics define how dense, in that it cannot be seen at all how sonic booms from super novas, or successive super novas, could have created powerful line rills
interleaved, that is, folding together, a left hand, right hand combination, meeting in a fold in the middle like the fold in an open book, 
the folds in a leaf (an excellent reasonable facimili)
Wipe your eyeglasses, then wipe the surfaces of your eyeballs, to see the next images Enough indications are faint to believe there is an interleaving moire upon the left side of Andromeda, mostly rising up behind, mainly horizontal, however in the right part of the zoom rills at an opponent angle seem joining the main horizontals, only a few rills and very short up above the Andromeda flank, and streaks in convergent parallels that also focus upward in gentle curve to the left. All of these might be concidered show of more moire for a larger overall gravitic pattern. The difficulty with the image is that this is an unhappy situation, the zoom has been so highly enhanced in blue tones to reveal moire at all, that attempts to diminish the blue tone wash to more reveal the rills results in the rills being diminished in view as well, so these images are it 
Click on images to see large To see in 3D, gently go cross eyed, or let your eyes drift out of focus to focus at a spot further away so the two images merge into one at the same size as the original images. Warning, may be uncomfortable on the eyes 
The original image from which the above color tone enhancements were made, shows nothing of the moire or rivers of entropy flowing in attempts to equalize kenetic temperature The original is a plain basic image of Andromeda with nothing visible but the main central glowing disk, respecting astronomer's attempt with this original was to capture Andromeda's true colors Two views in blue show subtle differences in the towering deep space moire' details
Almost like an astronomer's picture of the day showing the new quasar before the big bang (pictures which seem almost entirely mottle and the only way to recognize the point of it is the little arrow the astronomer put in), this picture is almost a wreck, except, you can see faintly and subliminally, moire rills rising up in swirls, and a large round circles one of the bright objects, so much in the mottle it is almost a myth, but it is there FACTS OF THE STATE OF ART The Eye in the Sky originates below, behind the rim, indicating a polarity signal in keeping with the Bullseye which originates in fore space on the other side of Andromeda. If Andromeda was rotated counter clockwise, it is possible both source poles would come into direct view although there is also a chance the rills themselves would be seen on edge therefore their lengths partially masked yet their staggered separations more clear. A definative diagram of the Andromeda macro polar axis is shown here. Symmetrical polarity is not at all surprising, for symmetries at large. Symmetries in fact are universally g l o b a l Original, and enhanced in two blue color tones, the blue color tone revealing the moire 
Click on image to see moire full size
The Eye in the Sky rills are staggered, the longest rill the furthest out. These rills are horizontally canted, as you can plainly see, in stark contrast to the Bullseye bandwidths which are vertically canted, as you can plainly see. Add this to the list of fundamental symmetries already exposed for gravity waves just in one amazing blue color toned image of ANDROMEDA |
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| ONLY IN BLUE - green and red color tones show no moire Color tone images in green and red show no moire to speak of. It indicates the blue seen moire are high frequency (toward ultra violet) even if in low density radiance concentrations 
This pair not for composite viewing
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A 3RD MOIRE - CALLED 'THE TEMPLE' (?) I have to report that sometimes I think I see another moire pattern, rising vertically over the Eye in the Sky, the second like your hands with fingertips pressed together forming a temple, this 'temple' array roughly split by the straight thick vector. The following four image sets show a 'temple' in the media density though it cannot be argued that the 'temple' is formed by gravitic moire bandwidths. As said, sometimes I think I see it, sometimes no |
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A GOODBY LOOK AT THE BULLSEYE
and Eye in the Sky
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ANDROMEDA a Gendler Andromeda image is scrutinized for details this intensly molested view of an original image from gendler, in visible light, is able to show that the space around Andromeda is not smooth |
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"RESIDUAL SHUT DOWN GALAXY BENEATH ANDROMEDA".
"This view shows Andromeda a vast swirling shallow dish bowl the view
looking over the wide shallow bowl at a shallow angle yet you can still
see far across to the other side (in 3d - go crosseyed and merge the
images). The rear is far away from the forward prominent satellite
galaxy M110 which is sailing forward into nearspace. Andromeda is a
HUGE expanse in cross section across the swirling upper surface.
Underneath is an entirely different story, Andromeda has deep
layers of disturbances in its undercarriage".
(To see 3d - go crosseyed and merge the images, lean back from screen
to achieve a difficult focus).
"This maximized enhancement is deliberate to show textures in regions of
space surrounding this eastern end of Andromeda. This view is the eastern
end because of deliberately chosen orientation of the image".
"Enormous amounts of mass (red) is missing beyond the borders of this
bad hair cut infra red image".
A glimpse of the massive understructure is here (extreme enhancement in
pink) in a different image by Gendler. Note some vertical fins. Parts of
this galaxy area have been uplifted, 'tilt'.
It is a Gendler image enhanced with extreme super dupers", explains
Nicofix. "There was nothing to see at first, some super, then some
duper, then more of both, presto, tonging vertical stacked fins".
"Why are there two images side by side, one narrow the other wide"? asks
Mary Mai Lin from the audience".
"Slant angle stereo", replies Horty from the audience, she stands up,
thin, towers over most men.
"I can't go cross eyed", says Mary Mai Lin. "Me missie see", she says in
a very thick cantonese accent. Understands perfect english, cantonese
comes in now and then when speaking.
There is a silence, a number of audience members cannot comfortably
go cross eyed.
Horty adds; "The images side by side are distorted for the purpose
of better stereo. The distort is in the view, the originals are still
full sized in width and height".
"Hmmm", says Finger Up, "not sure if this is good physics or not".
"It doesn't matter", says Occam. Whatever works to get the job done
works well".
"Hmmm", says Finger Up.
New titles appear on the giant wall, with unknown voice over.
"The following sequence of enhanced images shows the migrating journey
of Triangulum's black hole around up and over then u-turning back to
plunge into Andromeda's center.
You need to focus the images in 3D so that surrounding media's separate,
revealing the migrating core's vapour trail".
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"Physically visible evidence explains why there are two black holes in Andromeda's core. The brighter of the two is smaller and is closer to Andromeda's leading edge. Being closer to the camera, the brightness is due to less core rubble and stars masking this smaller second black hole's radiant frequency outputs. This second core is a later arrival, ripped from Triangulum galaxy during a sideswipe collision".
"Shows Andromeda awash in deep space drifts and area densities".
"The hot finger at right, being photographed passing in the solar system. The photagrapher also captured an unfiltered background beyond the milky way galaxy with Andromeda the view".
"Notice in the next pairs the serious downdip facing west in Andromeda's core. This is correct. The core is canted upright at a highrise angle and, facing west, is also tilted anticlockwise slightly this way, although this comet image is too weak to show how the core sits in a gimble like a gyroscope in a configuration completely independent of the rest of the galaxy. Surf this page to see views of the core more clearly".
"The giant dark upright oval slightly forward in foreground space from Andromeda is where the giant racetrack oval made of gravity 3d doppler waves is located. There is a migratory path as the oval has moved northeastward".
"Why are these migration images named Ikeya", asks Mary Mai Lin who has been poking away in a laptop following the progress on the giant wall. "Ikeya is the name of an asteroid. The hot finger is a comet".
"The image came with this name", replies Astronomy Guy, sluffing this common internet science news error. "At least the images do not have 35 character names, another common scientific error".
There is a lull as those in the audience who believe the longer the image name, the more important it is, mull it over, wondering if their egos have been smacked.
The giant wall wipes clean and instantly revives with new text. The unamed voice continues.
"A series of delicate changes in images is used, next, to show deep space swirls that circumvent Andromeda, spinning off from the western flank down around up over and back to the rear of Andromeda's core".
Complete silence as to what this represents.
"I know the answer, it's obvious", says Astronomy Guy from a seating position among the students and now standing up comes foreward upon a gesture from Occam". "When Triangulum clipped Andromeda in a sideswipe, most of the carving occured at the western end leaving striations. When Triangulum's core left Triangulum it came out at Andromeda's western flank and in anti kick migrated straight outward foreward where two mutually strong gravitational pulls (Andromeda's, and Triangulum's black hole), drove the orbiting rogue up over around and back and then in a wide sweeping 180 degree turn came diving back down foreward into the near west side of Andromeda's core, plunging the intense smaller gravitational mass down to rest in front of and to the west of Andromeda's own bigger black hole to stay bound in the core which became agitated with much dim diffuse dust, similar to spent dull dusts from stars blowing off nebula nova formations, soot if you like".
"Astronomy guy looks at the text on the screen, printed as the words were spoken.
"Biggie paragraphie", mutters Mary Mai Lin, who is a technical astronomy translater by profession. A chuckle murmers through the audience at the cantonese.
"Presently, the aggitated core radiates at 100,000 times in brightness compared to the rest of Andromeda". Words as spoken dutifully appear on the giant wall, this time with, for a short haul, cantonese icon characters alongside. Actually, every audience member with a foriegn language sees their foriegn language in the desktop pads at their seats. "Nice touch", mutters Finger Up, his in pig latin. One of the pads is in esperanto.
"Andromeda has two black holes in the core. Counter intuitively, the brigher in foreground is smaller, the larger in rear is dust obscured reducing apparent size. The fact the rear is bigger is determined by more intense frequencies in x-rays it generates".
Astronomy Guy again: "we know Andromeda has two black holes in the core, the larger to the rear. We know Triangulum has no black hole core. Surveyor's techniques suggest Triangulum passed close enough to Andromeda for a dustup. In these images we see the final migrating arc coming down to the left of the core and forward rather than to the rear. Ergo, everyone, the smaller foreground black hole, the foreground hole, came from Triangulum. The rearward is Andromeda's".
Astronomy Guy dreamed he'd been given the task of counting each star in giant galaxy M101 and give each one a name, the task was supposed to be important. 'But, there are 10 billion stars', Astronomy Guy had protested. The department head was firm about this, the count was needed for new chapters in the next missing mass source book in the universe. Astronomy Guy dug into the task and when daybreak broke sunspoke made him awoke, he was already counting past 5,000 and had had three of them already uniquely named, the names quickly dissolving in wakeup.
And now, today, the department head wants Astronomy Guy to check and see if any more red star knots can be counted in M101 other than the 6,000 plus a team of astronomers have already counted. Astronomy Guy said 'I have an appointment' and headed straight out the door to the cosmic translation class to sign on as a new student. This is how Astronomy Guy officially came in through the door into the picture.
Time has passed and now we arrive at real today when Astronomy Guy gives an honest answer pleasing Occam and Mai Lin very much.
"In fact there is more", Astronomy Guy begins to speak again. "Triangulum came from the west and rubbed against Andromeda, heading east. The core sucked out was dragged along in slingshot setting it in motion for the trajectory over the east end of Andromeda straight back west and down into the western forward core area".
"Observing this ultra violet image of Triangulum (above), with its sharp down tongs along the western side, suggests Triangulum was gently rising up as it clipped passed Andromeda, cleaving out sideswipes in both galaxies".
"Observing this diffusive black and white (below) makes it even easier to see the adventure, the straight line vertical sideswipe the large diffusive outbuldge with only a few stars where the core was sucked straight out by Andromeda's black hole gravity. It's as if the two cores signalled each other along a straight line current, winked, recognized each other and had no choice but to join forces. Easier than pulling teeth". (A mild chuckle - no laugh track thank you).
"This makes it easier seeing Triangulum's core ripped loose and slingshotting in an out then rear curving trajectory where the core as a rogue circled up over east Andromeda then reversed direction before diving down west into the core pulled in by powerful gravity, the gravity in a tiny point of center area the size of a solar system".
"Why are you repeating so much"? queries Mary Mai Lin.
"For those who are not seeing stereo, replies Wanton Attention who has just snapped awake from a nod out, chin sagging. Now alert Wanton continues, "re-enforcing a thought image is often necessary in hard core science".
"Yessie goodie", mutters Mai Lin. Her cantonese dialect helps teach by example why so many chinese speak this way.
The presentation continues.
"Assume the Andromeda black hole core was mighty in mass compared to that of Triangulum such that in the close encounter, Andromeda's inner grip easily tugged loose the lesser enertially constrained powerful object in the middle of Triangulum".
"This completes the picture of how a black hole jumped ship from the cargo hold of one galaxy into the cargo hold of another".
Astronomy Guy sits down again, pleased that the deed is done and every possible arguement won.
"What about the gravity waves", asks Occam, show them to the class. Astronomy Guy does, knowing where the imprints were in the consul to fit fingerprints to activate the giant wall for big pictures like the two following.
GIANT RACETRACK OVAL
"Andromeda and M110 are at the left. The racetrack oval slants from Andromeda, canted, the lower end aims slightly southeast".
"Dull dust is positive and has no undercurrent cohesiveness, except here, the concentric rills. The rills are not so mysterious, they are continually sustaining sound waves with nothing out there to ruin their pitch, tone, and timber, just inexorable outward expansion in size, and gradually diminishing amplitudes and gradual lowering in tone and other accoustic attributes as the original accustic properties expand in larger cross section area. Capture an FM radio signal in a box, expand the box's area, and the accustic properties captured in the box will red shift while the properties weaken in amplitude to lower reostated volume".
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Roughly folded spiral galaxy Triangulum has no central core not even a dome over it's inner center
MAJOR PREMISE This (the following) is said in the possibility that the migrating power of the black hole (mass and velocity) may have punched a trauma after collision in media dense rubble in free space out east left over after a sideswipe collision with the Triangulum galaxy, the punch creating the oval race track which, since, is inexorably expanding. 3D marginally indicates we are seeing the oval canted at an oblique angle, thus not seeing the race track oval's true symmetries. Dull residues have lost their negative charges and so have lost their undercurrent engineer artifacts which are the ridges and valleyes of the doppler gravity waves, in this contruction devoid of further undercurrent cohesive geometries and patterns. |
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There is none, not even a dome over the core. The black hole once there has left the core and the dome over the core has collapsed no longer inflated by particle and photon winds.
The (now missing) black hole core of Triangulum may have been ripped out in a close encounter with Andromeda. This was a slicing sideswipe collision along Andromeda's western foreground flank, with evidence clearly remaining. You can see vertical stacked striations below the top deck in the west flank of Andromeda, showing the spiral's depth which is deep. And deep understructures with articulations lurking below Andromeda's eastern flank.
Triangulum continued along it's same trajectory sailing on into deep space to the right where is it, now, leaving the area of our local galaxy group, on a heading toward the Virgo galaxy cluster.
The core black hole, now orphaned, continued in a foreward rightward trajectory, first curving out around the front hem of Andromeda, then rising up and curving rearward over the east flank of Andromeda, then arcing back 180 to finish moving foreward again plunging into the center area to now comprise the second black hole in the core of Andromeda, Triangulum's former black hole now residing foward to the left of Andromeda's black hole.
The journey gives an excellent example of what physically actually happens when a black hole (strong gravity) is held in grip by a larger black hole (stronger gravity per Andromeda) It was not the greater mass of Andromeda, it was the greater power of Andromeda's black hole that hauled the Triangulum core orphan into position right alongside Andromeda's own central powerhouse, two core kernals now very close together, in fact.
We know the Triangulum black hole was smaller because two black holes were not ripped loose, and a black hole ripped loose from Andromeda did not migrate to Triangulum.
Astronomy Guy takes over again.
"Another look at the smoothed low entropy area immediately to the right of the core".
"Andromeda was a bar galaxy before the arrival of Triangulum's core, which fussed up the core area with a couple of orders of magnetude more brillient glare and filled the core bowl with intensly glowing star explosion dusts".
"The bar ran east to west. Andromeda's inner core ring is now an enclosed distorted circle and many bar galaxies have an encircling rim around their bar, with no long distance arms. M31 is similar enough to be a role model for rim enclosed bar galaxies, in that Andromeda's arms are thin and are tightly held, there are no long arms winding out into deep space at Andromeda".
"The spiral galaxy stupidity has been withdrawn". Occam (standing beside the upright painted panel showing the cube and sphere of the supreme creators) making the correction.
The flow of words resumes.
"Shifted gimbled twisted downdipped cammed upright core. Did I get in all the words".
"Next are the first image ever taken of Andromeda, showing only the core. Note the gimbling, areas in the core cammed at different angles and moving at different velocities". "The extreme downdip of the core bowl's west side is where Triangulum's ripped out core made its final plunge into the center of Andromeda attracted by Andromeda's much heavier black coal in the corehole".
"Andromeda's core region is tumbling a little faster, gimbaling on several entirely separate planes - canted to the left, rising up at the core's right side, slews sidways in its socket. This next image is the first ever of a galaxy, by Hubble in the 1920's, the gimballing of the core is unmistakable".
"This grainy precuror photo is so good in imaging camming, canting, gimgalling of a galaxy's core, it is in use in several different visitastronomy.com pages".
"Ahem". Finger Up! "Ahem". Finger Up!, clumsy in haste, starts to stand. Occam waves him back down. "Don't be eager", speaks Occam, a direct command.
The flow of words continues:
"The Triangulum core will be rotating in a gimboling core socket simultaneously on several different axis of rotation. For purposes of our show n' tell, it matters not if rotating around Andromeda's black coal core clockwise or anti clockwise. In either rotation, what is happening, is the upright tilted and canted this way core will rotate like the light on the roof of a fire chief's van, in that in time, after a 180 degree rotation the core back upright, will be facing us again and the tilts and cams will be reversed, also morphed fluidly by different gimble velocities. Then later, facing our way again, will be the troubled double core modified, still as a core bowl in a socket of its own, gimbolling akilter from the rest of Andromeda.
"The modification is in accelaration mode because the Triangulum core is nearer the outer edge of the core bowl and will be rachetting past and through any mass obstacles during the rotation, constantly changing the patterns".
"Core glow shows through the rim".
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"How to tell how thick a spiral galaxy is - look for sidewall striations. Proof of sidewall striations as a guage of spiral galaxy thickness - look to Andromeda.
"You can see where the globular cluster to the rear above Andromeda has risen up out of the left core deck. You have to study the image. The roiling fuss as the globular pulled free is easy to see, once you spot it".
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"Globular cluster M32 above, besides slightly oblong slanted lower end forward, has dragged a thin line of streamer continuing to the right. Originally, the streamer was a thin frothy ridge along the rear rim".
Finger Up! "Ahem. It's not a globular cluster. It's a satellite galaxy, it's a companion to M110 on the other side, only smaller".
"Oh", says Distorted Globes, "never noticed. I'll erase that remark".
"When M32 cluster came up out of the soup it snagged the streamer turning the streamer into a curved stretching integral arm maintaining shape as it drags further behind the surface of Andromeda".
Finger Up! "Ahem, it didn't suckup. It skimmed across the surface. You can see the upright explosions where it went through an uprise at the left rear of the core. You can see the indenting trail starting in the foreground leaving intruder signatures across the deck up to the explosion".
"Oh", says Distorted Globes, "I didn't see that," and continues.
"The port deck is up and down, the core's west prominantly dipped down into an eggshell cavity with the explosion right behind further west, ahhm, twist your perception 90 degrees to get the further west right behind the core in place".
"Slighty different stereo version showing more of the horizontal depth receeding into distance into the rear".
Viewed in 3D (go crosseyed), a gouge into the middle of the left flank is obvious.
"When M32 came up out of the soup it snagged the streamer turning the streamer into a curved stretching integral arm maintaining shape as it drags further behind the surface of Andromeda".
Finger Up! "Ahem, it didn't suckup. It skimmed across the surface. You can see the upright explosions where it went through an uprise at the left rear of the core. You can see the indenting trail starting in the foreground leaving intruder signatures across the deck up to the explosion".
"Oh", says Distorted Globes, "I didn't see that," and continues.
"The port deck is up and down, the core's west prominantly dipped down into an eggshell cavity with the explosion right behind further west, ahhm, twist your perception 90 degrees to get the further west right behind the core in place".
| Vertical spinning in 90 degree vector change by M32's horizontal fast motion over Andromeda's slower moving horizontal whirlplanes". |
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"Fundamental physics has occured where M32 has crossed the stern of Andromeda. Torquing forces in straight line hurtle across the deck, when M32 ploughed through uptuff at the right end of the core, has spun vectors of momentum into a 90 degree turn in a circular cyclonnic, with a second transfer of momentum pushing the circular cyclonnic up into a cylander rising above the deck".
"The conversion of angular momentum has spread east from M32's main path of motion into the core dish".
"The big oval blister is vertical. Above the blister is a vertical gyroscope housing with stars large and small being whipped around spun vertically at 90 degress to the main Andromeda vortex plane. The gyroscope housing is at the western end of the core area. This view does not tell us which way the narrow gyroscope housing is whipping around, clockwise, or anticlockwise".
"This is fundamental astronomy physics news, that momentums transfer, and secondly that the transfer can take two different right angle vectors, the first transfer vector transferring lineal into circular motion, the second upthrusting the converted embodiment of the circular motion into a completely upright gyroscope housing".
"The vertical gyroscope housing gains drive power from the powerful bodies in the core, the black hole nearest the vertical gyroscope is the smaller ex core of Triangulum".
"M32 went through the upper surface of Andromeda. Make no mistake about it. Make no mistake about it?", says Neep Vajeep, clucking a tongue from both sides of the lips".
"Well, then, the evidence is complete, the conclusion is unmistakable", this from an audience member.
"Quit using cliches", cautions Occam.
From the class admission application.
Finger Up is not a canker on the shores of consciousness. Finger up is young, plays a real hot piano in boogie and swing jazz style. Chews a partial upper plate when playing keeps sticking it out and sucking it back in when playing, the sucks in time with the music when torquing chord changes come up. Finger Up doesn't twist back and forth sideways when hitting the changes, Finger Up lean right forward over the keys and sticks the partial plate out. When the music is soft, you can hear the teeth and partial clicking in beat with the rhythm.
Gottem knocked out playing sandlot baseball age 16 was pitching was running for a popup collided with 3rd base running, the 3rd base rolling on the ground clutching a knee moaning oh oh my leg it feels like there's a tooth in it and Finger Up staggering around finger in mouth feeling 'hey hey where's my tooth'.
Finger Up was not known by that name back then. The other two fronts came out when getting clipped hard by the slide of a trombone during a jam session. Finger Up came about everytime after when the trombone went to show off arcing up and down pumping the slide like crazy and would nudge Finger Up in the back of the head Finger Up's finger went up 'hey, watchit fella'. Finger Up came from a staid old money family hence the trend toward old school comments.
h"The smoothed down-curved matter along the lower western flank is an overplus of positive charge, telltales by having no entropy texture, and curling away from the top plate of Andromeda which is also positively charged".
"Below the eastern flank are clumps of negative matter with some but not much entropy. Entropy forms patterns within negative charge conglomerates. The clumps are more densly packed, with empty spaces between them filled with vague spurious materials that do not absorb and emit bright spectrums".
"The thin rivers of froth are highly charged with negative capacitance and are chaotic too fast moving to form steady state patterns".
"There is enough packed depleted dusts, and non defined (amorphous) materials comprising Andromeda, to understand this as a positively charged galaxy, overall. Within the amorphousness are intense smaller undercurrent engineering artifacts made of negative charges.
"Where there is strong negative capacitance, places have naked stars with little to no spectrum absorbing and emitting materials between the stars so the stars are plentiful enough, with the artifacts brightly naked in minum surrounding glow. These images from the Large Magellanic Cloud galaxy show negative engineer artifacts standing alone in dust free climates".
PAMPHLET
Next, printed in a small uniphysics pamphlet handed to everyone who moved their hand out:
In the handout pamphlet.
Such places seems thin for lack of routine atomic spectrum glows apart from the spectrums of the stars themselves, which we do not see we simply see the star's overall starlight, like the way we see our solar sun".
Space is contracted at the core by gravitational relativity. You can see how space contraction occurs, the RELATIVE.HTM page documents the principles (long file).
All galaxy cores, if the gravitational relativity contraction is released, will bound back out to be larger than the surrounding disk plane of the galaxy. Also, material streams out in up arced slipstreaming fingers in faster velocities to beyond the core, then is drawn back in as a slow moving rain. The rain includes dusts from novas and supernovas in the rims where the outflow slipstreams loose outward velocity and join the right angle lateral transvector arm velocities of the rims. The rims are still near the center but out of reach of the event horizon, the rims are not in the galaxy's outer arms long distance outskirts.
When a telescope peers into a core, for instance in the Milky Way, the core stars seem normal sized looking close in, because of being amplified by the telescope without further out scaling frames of reference. When seen at long distance from beyond a galaxy, the core stars will be tiny hot brights red shifted as photon wavelengths doppler stretch in relativity pulling away from the core out of contracted space, the return to normal wave lengths from blue frequency contraction returning the wavelengths to almost but not quite normal, there is a difference that can be measured. For example, the more you look into Hubble core images, the more is seen, zooming in then zooming in again, the core artifacts seem tiny in the whole galaxy but are stupendously large in zooms. Go figure.
The above remarks are from a boy aged girl physicist in northern Russia who copied them for handout this morning before the session now in progress. Everyone took a copy, before the session started, putting them away for later.
SKELETON ARMS
"There are residual skeleton arms arcing out around M110, still maintained in original arms original angular momentums which is still going strong via inertia after diffuse matter has been swept away by M110 passing through Andromeda. Images showing these skeleton arms (arced strings of stars) poorly show the skeletons because the image was not photographed to show them. Nonetheless, they can be seen".
NECKLACES MADE OF STARS
"Stars in short necklaces both straight line and circle arcs abound in this image. The necklace arcs are not continguous they consist of short segments (usually three) of stars each segment at a different polar angle yet phased to comprise a star ring, with part of the rings (and strings) hidden behind murk. Powerful pullmotors unseen, are holding these necklaces in place in the undercurrent".
"The whoopie cushion in the lower left of M110 has a blurred outline consistent with a local cluster small galaxy glimpsed in rearground through the deep space murk in which resides Andromeda".
"It could also be an impact rosette when something fast moving plowed into the murk with a mighty percussion whackie", offers Mary Mai li. "Perhaps", says Finger Up. "Dual explanations are no fun. The blue center, perhaps optically filtered light, suggests a hot center which a sonic impact radial would not have".
"The blue in the center, it's a chevron", says one of the unsitarrs sitting in the monitoring section. Quick toggle has the image up on the giant wall.
"Yes indeed yes", says an India accent.
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DONE
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