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PLANETPARTICLES.COM
STRIATIONS - exposed in galaxies by sideswipe collisions. Angular kenetic momentum is the principle driving force creating stacked layers exposed - (exampled by M31, andM64) SKELETON ARMS - heavier star clusters remain in original kenetic vectors and shape of arms, after dusts have been removed in collision, leaving 'skeleton' kenetic arms still intact - (exampled by M110) DISK SCYTHES - where another small galaxy merging with LMC is mostly naked (stripped) of hot glowing matter, and has, revealed, powerful objects creating arc ring incise edges (dark in inside, bright on outside of the scythe edges) - (exampled by Large Magellanic Cloud) EYESLICK GALAXIES - (exampled by inner core area of M64) RADIAL ROSETTES MADE OF STARS - and short necklaces made of stars (exampled by Seagull star field) INTEGRAL ARMS AND TETHERS - tethers drag out between galaxies in collisions - negative charge zigzag tethers usually shown in intense bright blue (exampled by NGC 6745), - zigzag slash tether (exampled by M51) - winding rope tethers (exampled by Silhouette galaxies), - integral arms (exampled by gravitational pinch in M51), - power cords that plug into hidden poles of another galaxy (exampled by NGC 4567). "Remark. I believe zigzag tethers are made of negatively charged particles squeezed along channels by magnetic lines of force". TYMPANI RESONATORS IN GALAXIES - both innies and outies (concave and convex straight edge 6-sided cavities), with constructed of materials, and phantoms in polarized light - (exampled by galaxies NGC 4038 and M82). SKIPSTREAMING - materials flowing in opposite directions. Picure atmosphere slipstream in the atmosphere of Jupiter (exampled by Jupiter, and by an animated sunspot, and by a slipstream in the rim of Bodes galaxy). INTRUDER TRACKS - tracks of rampage by small intruders penetrating a galaxy can be used to learn the galaxy's rotation of motion, by seeing slipstreaming in the tracks (exampled by Bodes galaxy). SLANT ANGLE STEREO VIEWING - looking askance sideways into a mirror dramatically improves virtual stereo 3D (exampled by M82). "Couldn't be bothered putting hot links that jump to these topics. Surf and you will find them", says She with the adult pigtails. "Study these image pairs in 3d, learn more". |
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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 across Andromeda in 3D. More thickness is also revealed in 3D".
"Evn more thickness - look at the enormous size of M100 (schroll down) and its rising arcing arms in a folded leaf symmetry, seen only in 3D".
"Since M100 is tilted, cammed to the left, M100's huge deep dull matter understructure trailing alongside and behind is exposed to 3D view".
"All of this, on the giant wall, is also being tranferred into the readers of each person present for later".
| SIDEWALL STRIATIONS IN M63 - (NGC 5055) |
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Original
"Environmentally like eyelids slicking over an eyeball, eyeslick galaxy M63 is has a partially masked inner area view floating atop a thick diffuse dim media surrounding the symmetry of the whole outer regions which curl in dark medias where nothing is distinct in details in visible light".
"The dark lower midrift horizontal slash is obviously a slash from a prior encounter with another galaxy. The slash bends, straight out on the left, bend, vertically angled on the right, exposing many layers of vertical striations. The vertical striations are what is inside a galaxy, you do not see these from the outside, until, cut a galaxy open revealing vertical layers".
"The bright star active part of the galaxy disappears out of view into thick murk along beyond both its east and west ends. This is a much larger galaxy than visible light telescope images realize. The larger dull outer arms are spent matter (dull, no kenetic energies) from another galaxy".
"Of instant notice in 3D is the two old spent dust arms at right, they are angled sharply upward out of synch with the rest of the galaxy. They are longer, continuing upward out of the frame, the upper of the two arm prongs forward toward the camera".
"How shutdowns of a galaxy can occur is easy enough. Galaxies have charge, some excessed in positive, some in negative charge. A negative galaxy comes romping along with so many pounds of negative charge and runs into a postive galaxy with many more pounds of positive charge, which robs the first galaxy of all of its negative binding power (kenetics) leaving an overplus of amorphous positively charged material. The overplus has no glow, no heat, no doppler arms, but has an enourmous mutli machine engineer formation nubbing out as the western blunt".
"The other galaxy still exists, lurked around M63. It was much bigger, then, when the merger occurred. The shut down galaxy named Lurk is dull, heatless, robbed of its seek engine's chaos. It is a residual without much personality, except angular momentum sustained dim arms".
"A scorcher (exaggerated blue) has coaxed dim media residuals rumpled up in chaotic compressions at the far right edge, the dust itself run down very little energy and glow left in it, the kind of dull positive charged diffuse dusts that pack between the arms of M101, and are the stuff in which M64's eyeslick center is partially submerged, the same high entropy dust of low luminence also abounds at the outer flanks of M63. Whew, I didn't mean to say all that, but I did". Everyone, including Occam, chuckles in relief because Windy, the astronomy telescope student, is known to talk long about short ideas, especially when the idea is wrong.
Astronomy Guy, at this moment leaning against the wall sitting near the rear of the auditorium, types:
"The center. Note how far down deep into the relativisitically contracted gravity swirl the small center is, indicating very strong gravities at the swirl source. The deeper the inswirl, the stronger the central black hole gravity, no matter how small the swirl. Ultimate deep center swirls can tell you more about black hole mass, than normal physics can". Type. Type. Very fast. Astonomy Guy's reticular formation fires on hyper speed wiring.
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"Bisymmetry at each end of the core, a platapus tail down canted to the right at the upper end (left), a beaver tail up canted to the left at the near end (right)".
"Note: here are two pairs, the first not as stereo as the second. Strobing back and forth between the two reveals more details not self evident in either version alone".
"Fooled you. Both stereo pairs are identical. It's the direct line of sight from your eyes to the page, slight up or down between the two image pairs makes more, takes away more, stereo. Virtual 3D stereo can be v e r r r y subtle".
"Bodes galaxy M81 core, extends deep inside a bandshell. The core plateau is recessed in a cave, and lays horizontally under the eyeslick arms closing overhead. Projection by inference suggests the core may eventually turn rotate vertically in the cavity changing its appearance to distant deep space observers. Doppler observing will which ways the core is moving".
"Meanwhile, it has also been suggested to me the core deck might slide all the way under the canopy and disappear as a typical obscured core seen only by glow shimmering through overcast, or, slide out and be a typically exposed core. Speculations, eh". This speaker is a Canadian wearing a Pakistan red plaid cotton work shirt got at a workman's outfitters. Tan colored Paris steel toed boots are worn out and floppy and make a slight clop clop when walking. Canadian climbs telescopes and repairs them for a living, Bodes galaxy is a hobby.
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TYMPANI CLUSTER IN THE TRIFID NEBULA
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NGC 4038 ANTENNA GALAXIES
"Tympani resonantors appear clearly in some images, not in other images of the same object photographed in different frequencies. It means that tympani's can be radiation specific, in this color, not that color. Also, tympanis appear most self evidently in visible light".
"Cavity tympanis matter engineered in the understructer in their constructions. Both innies and outies. Large material six sided straight edge cavities (innie) in the foreground. Outies with elbow arms jutting out rising out of murky spent matter mud near the top of the image"
"The outies may be the reverse side of a cavity, seeing the cavity from behind", suggests She with the adult pigtails". The pundits seem to accept this, even Finger Up stays silent.
The presentation continues.
"Stars necklaced in circles are always interesting. Extra powerful small pullmotors have to be in the scene behind sight, to hold the stars in such tight circled parades".
"The central innie cavity is canted slanting inward to the right. There are two part circles made of stars (star rings) arcing out forward into empty space, each in it's own independent plane, meaning there are at least two powerful individual pullmotors at work here behind the scenes. Pullmotors are engines which re-oranize matter, typically involving multitudes of stars so have to be that powerful".
"Notice in 3D how the right side is a shelf extending forward and the left half is horizontal. There are deep bodies of matter in this confluence, a great deal of hidden mass is conceiled when full scope of 3D depth is not understood. Think of the reams of Newtonian physics equations needed to factor these dynamics without 3D. Wait, I take that back, don't waste time thinking of ideas which cannot contribute".
"There are several hexo shapes in this confluence. The extra large hexos you see including the rudimentary outline of a matter filled version at the top, and several extra tiny local sharp edged 6-sided cavities. These wee ones are seek engines horking forth into place like virtual particles. They do not form like eyes of a hurricane. Expect these little guys to be short lived. Expect these little guys to appear and vanish or mutate, in eyeblinks in cosmic time. Sonic booms in percussions that cross harmonically resonate, fuel their physics".
SLANT ANGLE STEREO VIEWING
"Now is a good time to mention how these 3D image pairs are being staged with exaggerated heights, the hights are increased by 10 or so points over original, and further separated, each, by up to 10 points. You can see the height exaggerations at the top edges of each pair, which do not match. Height is an essential ingredient in true 3D from a single image. Width of course too. These images are staged for mirror slant angle - looking sideways into a mirror to see an image".
"Details missing in the squeezed single are imported from the other by ultra discrete cross harmonics which reach all the way into the holographic subliminals of the image so that the image in net result looks fully detailed. Actually, a subtle degree of detail is lost in the slant angle unnoticed unless comparison of a side by side pair is staged fullsized, and then it is seen that the detail loss is negligable".
M82
"The Flame galaxy, neighborhood companion of Bodes galaxy and every so often it passes through Bodes exchanging pieces of mind. Being lightweight compared to Bodes, the Flame has to come to the mountain, which is Bodes inertially anchored by it's heavyweight mass, pulling the Flame in orbit back to Bodes in cycles taking hundreds of millions of years, astronomers estimate". "Some dedicated hobbyists call this the 'Flame' galaxy, for obvious reasons. More dedicated hobbyists call this the 'Cigar' galaxy, for obvious reasons. 'Chinese firecracker' is just as good when naming appearance". |
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PHANTOM TYMPANI
"Clearly seen 6-sided straight edges, shadow the collision's central conflux. You can tell it is phantom, because artifacts move in and out of the shadow without interruption".
"A phantom tympani at the core of flame galaxy M82, also known as
the cigar galaxy, whose core is intensly robust in collision,
its robustness colored by a different textured light in
coherent polarization having the line edges and
sharp outline of a tympani, cavity
shaped, yu can't miss it".
LONG TUBES CONNECTING CERTAIN COLLIDING GALAXIES
"There is something you need to know about colliding galaxies which are past mash and are separating. They have long tubular shafts connecting their ends, which can only be seen in 3D, and only in certain alignments".
"The alignment problem is, you do not know a galaxy's true symmetries until seeing its true position in deep space. Official images tend to rotate galaxies for best snappy look in a monitor or photo, destroying true 3D".
"Notwithstanding mis-orientations, some orientations produce a long tubular flow tube that links both ends of a colliding galaxy".
"Galaxy's NGC 4038 and NGC 2442 are expecially self evident examples, in 3D, shown next in a moment".
"Flow tubes are drawn out, as galaxies slowly draw apart after mashing".
"These next views are of NGC 2442. Note the awesome tympani sitting there to the right right out in the open in full view, a galaxy sized straight edged hexagram, based on the same sonic matrix as snowflakes. The tympani is formed in the eastern end of the flow tube where howling forces and seething out of sync powers impact, at the junction where horizontal inertia becomes vertical from the other galaxy".
"A confluence like this puts new meaning to the words 'galaxies in chaos'. Except, the tympani is order in the midst of chaos so look for the new fundamental physics in the understructure, when scripting explanations for the existence of tympanis such as this".
"Next slides please".
"Ouch ouch ouCH! these are h u r t i n g m y e y e s!".
"Well. What can I do. Let's continue. These 3D's in slant angle of the Antenna, are fierce on the eyes, yet are no more exaggerated than other slanters shown with maximum slant which don't hurt so much. After a point, slant becomes too hard on the eyes, plus, details disappear. The deep vertical wall of the Antenna is actually correct, if this slant angle rotated perspective is correct. Ouch ouch these views hurt my eyes".
"Different orientation, different perspective, this is because the photograph has captured a moment frozen in time and the image now is 100 percent under the rules of optical illusion, innie vrs outie, in up vrs down".
"The famous antenna are here in this long shot pull back view by an astronomy team".
"Next slide please".
"Ahhh, this is better, less slant, less pain. Boris the small satellite orbiting now behind M51 and receeding into the rear, is a high wall tube, but, we don't need to go there. Yes we do, here is a 3D image which shows the high stretched tubular shape of Boris slanting rearward. Focus, until the salient details gell. It takes practice".
"Of the billions of galaxies, yu gotta suspect how many are tubular. I was resisting mentioning NGC 1365 the world's most famous bar galaxy so I won't. Well, since I'm committed, I gotta mention this is one of the most torqued galaxies seen in great detail causa it's nearby. Torque means rotating on different axis simultaneously. Not a rotator. Not a flip. Not a heavover. All, and more. The colliders were rotating at major different velocities when these two critters bit each other's crotches. That's why I didn't want to mention NGC 1365, it's not grade school physics".
| TOROIDAL SPACE AND TYMPANIC CYLANDERS |
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The machine seems to have switched operators, but not that, an insert, "wasn't enough room anywhere else to fit in this furtherence of flow tube awareness".
"The insert is these repeat views and remarks are from The Equalizer".
"Toroidal space, which is seen everywhere, and includes all forms of bilateral symmetry, is now distinctly identified as a property in fundamental physics engineering in which one polar end twists by up to 90 degrees phase turn to the other polar end".
| TYMPANIC CYLANDER IN NGC 4038 |
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"Two interacting galaxies separated by a long tympanic flow tube".
"A long tympanic cylander from the front galaxy, now Ngc 4039 at bottom, connecting Ngc 4038 now top rearward, with a partially closed cotter ring, A cotter ring is not a smooth arc, the outer upper large arm abruptly bends in 3D angles. I spotted this by changing the image alignment of Ngc 4038 from horizontal to vertical. Everything changes".
"Ahem", Finger UP! "No", finger down: Occam".
"I changed alignment and saw I can picture approach to the colliders from that direction".
"In this orientation the tympanic resonator cavities can be detected if you know where to look for them. An important feature has turned up, this is that protruding from left at midsection is a sawed off arm stump. The stump ends in a blunt, the arm itself now shut down as low entropy residual diffuse matter containing positive charge not coupled to anything electrically active in the absence of negative charges in the stump". Energy engines are made of negative charge, which, here, end abruptly at the blunt stump where a thick arm was abruptly cut off".
"In zoom. The 3D stereo is much better. Cotter pin phases are easily seen. Note the lower end of the arm jogs as it connects back into the flow tube body".
| ANOTHER TYMPANIC CYLANDER IN NGC 2442 |
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"Long tympanic flow tube".
"This above, illustrates how the western half, and easter half, of Ngc 2442 are separated by a long tympanic cylander going back into the east in space. The lower arm arcs out from the back behind the cylander. We know tympanics are involved because of the large tympanic plate thrusting out where the east end of the core becomes the forward end of the tympanic cylander".
"Look again at the above Ngc 2442 image in 3D. You will see that the outermost red arm to the far right is a cotter ring, not a lineally smooth arc, in a sharp angle the arm is folded in the middle".
"The subject of cotter rings in colliding galaxies is covered in more detail in the bilateral symmetry symmetry.htm page".
| ANOTHER TYMPANIC CYLANDER IN THE PERSEUS GALAXY CLUSTER toroidal space galaxy cluster |
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"Long tympanic flow tube".
"This cylander is made of rush and roar streaming around galaxies in the Perseus galaxy cluster. The vision is in X-rays. In virtual 3d (go cross eyed) the center opening is in the foreground of space, the cyclonnic vortex goes away back into a wrap around a toroidal ring collar, part of the collar is horizontal in foreground space, part of the collar is vertical in rearground space".
"The faint hexagon dark shadow near the picture bottom at lower right, is genuine but not well photographed".
"Note in particular the flow tube in the Perseus Galaxy, the final image of a flow tube next below, the image is pale green. It is an x-ray vortex deep in the Perseus cluster. There is an identical matching sonic image in red, schroll down the page you see the pale green, then red, then the two images superimposed to identical scale and by going crosseyed see that the two different fundamental currents, X ray and sonic, are cosmically constant". Occam resumes the room.
"The chandra X-ray image, next, a repeat, is impossible to understand in 2d without 3d. A long tympanic cylander of stupendous size is poking out of the deep hole in the Perseus X-ray vortex. The tympanic X-ray cylander is pointing past your left shoulder".
"Several thick donuts knotted twisting and turning, no donut continues between quadrants".
"A bilateral symmetry is obvious, upright at the rear is a large round mouse ear with a darkened center, at the foreward end the large round mouse ear with a dark center is downward. The up ear at the rear indents with cavities, an inscape. The down ear at the bottom is a protruding outscape".
"Next. Booming sound waves (heaving gravity occilations) ripples seen in different X-ray's after 53 hours exposure by Chandra. The energy in the waves is said to help heat up gases enough for each of the red filaments, see next below, to stay stable for millions of years. This is quite the pullmotor. Modicum virtual 3d is enough to reveal that there are heights and depths in the peaks and valleys of the waves".
"The sonic booms, and X-rays masks, are a match. In the image below, go cross eyed. The two merge into one, their topologies are identical. The thin blue horizontal arc in mid pic in the X-ray appears in place in the corresponding arc in the sonic boom, the blue arc is tiny, you must fight your eye to get the blue arc ringing the white tip in the booms. Focusing is instant if you move closer to the screen, then you can pull back".
Assignment number 3 is to explain what the red dots are around the perifery of the sonic booms, seen the same as tiny green dots in the X-ray. They are there. Perseus is too far away for these to be seen as individual stars, we assume. So, they are, quess, quess ...... quesses are not an answer".
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"A tympani cavity with smaller thin line fractal standups inside fills the upper left, out of it issuing a pullmotor with a powerful silent (unseen in this image) spinner creating the yellow cyclonnics, half of which ends against empty space, the visible part having charactistics similar to the magnetic cyclonnics with poles being spun by a neutron star in the Crab nebula".
"At the foot of the above image, this little six petal floret extending from the Cygnus Loop against empty space needs explanation. It is not a cluster of hexagrams, the petals in the floret are circular. Once you have become used to inspecting fine and ultra fine details of galaxies and nebulas you will see these florets, usually only three petals visible".
"A rosette made of small bubble shells and a tiny focal nub in the center".
"A six sided flower rosette. These are seen in starfield nebulas usually along leading edges of denser mass behind. The crab nebula has poorly formed but discernable flowers along its lower east leading edge".
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Magnetic cyclonnics with poles being spun by a neutron star in the crab nebula".
"The neutron star and its cyclonnics are in the middle of the white area in the middle of the nebula. Count the number of fractal hexagrams and partial fractal hexagrams in this image".
With this, Mai lin twists the special chalk to vacate the giant wall, lays the special chalk on the consul, and departs for a canton connection to China.
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TELESCOPE PHOTOS - SHOWING SETS OF DOPPLER ARMS IN GALAXIES
NGC 1365
"Three long thin arms approximately equally spaced arc up above Ngc 1365".
SILHOUETTE COLLIDING GALAXIES
"In the Silhouette colliding galaxies. A very difficult image to
photograph in a telescope because of dusts stirred from the giant
nearby spherical elliptical galaxy with an can opener incise as
the spiral galaxy now moving on into the rear to the left sailed
by clipping the giant with an arm".
"The doppler arms were very hard to move foreward into the open in an
image very hard to enhance because of already overbright elements in
the image. With effort, the short doppler arms rising up in the
rear will be discerned in the art of separating stereo".
"In am1316 complex, three short blue arms curl up in parallel receeding sequence".
M64 GALAXY
"Doppler arms in M64. In mono the arms are barely seen in sequentially
spaced diffuse uprises along the right toward rearside of the
galaxy. In stereo (go crosseyed) three uprising curled
arms in a row
separate from the murk
and are clearly seen".
"Three parallel doppler arms curling back in M64. A bright spikey forground star sits over the middle of the third arm".
"In these next larger views the doppler arms are distinct".
"Each of the arms in the backside that rise up over the top, is progressively further back, in doppler expansion rightward along the central ecliptic pole radial of the galaxy. As they progress backward they also expand outward, increasing in size of arc section. This type of progression is similar to gravity doppler wave progressions seen in the eastern bullseye of Andromeda. These galaxy dopple arms are like currents winding around a magnetic strand.
OTHER DOPPLER ARM GALAXIES
Sets of three arms are seen as doppler arms
in other galaxies".
M100 - THREE DOPPLER ARMS
"Notice across the back at left in M100, three thin parallel arms incrementally apart. See three bright arms, the inner two are short, close to the upper left flank inside diffuse areas". "Hmmm, er, hard to see yes", says a voice in the audience. "No, easy to see", adjoins another voice in the audience. "They are blue".
SILENT EXTRA ARM
"Maximum enhancements reveal a larger M100".
"A silent extra arm made of spent matter extends very dim, vertically down, in the lower right, in the above greater deep space view".
"Spend matter means having lost it's negative cohesion when collision(s) create amorphous positive (perhaps neutral) dusts and rubbish. Only gravity holds spent matter together, against lingering outpush repelling of lingering positive charge. There is no magnetism or ionnic charges in spent matter".
"In 3D, M100 is folded, major arms on both sides arc high, expanding this galaxy's resident mass, and occupied space, by many times. The three doppler gravity arms rising from the west side are folded in the middle".
"Note that other arms take abrupt angular jogs".
"Look at the enormous size of M100 and its rising arms arcing in a folded leaf symmetry".
"Seen only in 3D, all of the M100 arms are up arcs, very high up arcs. The three doppler arms rising up in arcs on the left side hemisphere are plainly seen in this next enhancement, presented as a .bmp image with 10 times more DPI".
"Up arcs occur in the core bowl as well, an outarc rushing up from a pole at the core's south end (left side), and a similar out rush in the down direction from an appositive pole at the core's north end (right side), issuing from behind, which is why more indistinct".
"The core is slightly canted like a turned eyeball relative to the outer arms, and the north end canted rearward. The image does not tell us which core pole is positive, which is negative in polarity".
| STRAIGHT AS AN ARROW |
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"Straight as an arrow made of hot splots crosses the top of M100 to a stop in left field deep space at an arrow head, perfectly formed, in inter cosmic medias. Why? What it is?".
A'moi pretends to give the control consul a kick. Up comes the straight arrow at M100.
"The straight arrow shaft has a subtle curve, in at both ends".
"Maximum enhancement after histogram equalize has turned the entire M100 white. "The dark hole upper right is a dark hole", says A'moi. I didn't put it there. Why? What is it?". "Small white dust bunnies surround M100. These do not seem to have been professionally explored, except when first shown in the late 1990's. They are either fragments from a trashed galaxy or are tiny galaxies with no real shape and no high energy kenetic inertias, because, you do not see them in any normal M100 photo, so dim they are".
"A'moi, me, sees a subliminal swirl from below left up around the outer right flank, The swirl in deep space surrounding M100 is there, this blasted image does not reveal what the swirl is, either a dim matter trailing extension of a galaxy's leftward drift in motion, or a coherent disturbance in deep space. A'moi is finished. A'moi, me, does not know if M100 is drifting to the left".
"A thin string of disturbance, a crack in the universe, crosses horizonatally the scene below M100, suspect this to be a very powerful fast traveller, perhaps a rogue super mass black hole travelling on its own without a galaxy. The crack is too thin to be anything of normal mass, me'thinks. And is not a deep space cell wall because media is the same on both sides of the crack".
DOPPLER ARMS CONTINUES
NGC 4414
"In ngc 4414 three horizontal dull doppler arms at east end where
depleted positive capacitance mass of another galaxy
looms in the upper rear".
"The green area at right is the other galaxy long time ago collided and merged".
"The outblunt is obviously residue of a shut down galaxy, it is rubble from which chaotic inertia has been removed. There is at minimum, hardly any residual heat or light left in the dull amourphous dimmed down residues".
"Totally unfair. Where is the galaxy. This is just a big smudge with nothing as a reference constant".
"Wait, I'm getting there". Some fuss takes place with the special chalk, then voila, the giant wall lights up with a galaxy occupying the whole of the wallspace as far as the eye can see".
"Notice how cammed is the core, almost standing upright facing left. It means very tight winding by differential different velocities are inexorably tightening up the center area by winding".
"The arm issuing straight out the side is forced lateral velocity from a core pole. The portal to outer space is a tympani. It has hexagram straight edges, and the 3 tongs are half a set of six hxagon radians. This tymp is an outie. On the inside will be a tympanic crystal shaped cavity, filled with little goodies including overlaying other tiny tympani cavities. See the Antenna galaxy's tympanis further up this page".
"Notice also how high the left arm wall rises. The bowl containing the core is in, deep, down".
"Oh. And. Also notice a deep incising cleft up the middle into the center area, the cleft spreads, inward, the cleft is slanted slightly upward, two demarcing lines follow down the edges of both sides of the cleft. You cannot miss it. You can't. Unless you do not view in 3D. Unless you notice that the cleft is a different color".
"The cleft suggests something came in from below the equator, passing up, missing the core overhead".
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"A rear elliptical galaxy streams a winding tether from a foreground spiral galaxy. Notice that the up and down arcing of the two main spiral arms, (in bilateral symmetry found in all galaxies - one side arcing up the other arcing down), is topologically similar, correct that, the same as Bodes. You will see many Bodes galaxy images in Visitastronomy.com"
"Matter between the two galaxies in dustup is so thick you can walk on it. The abundant dust from the damaged halo, makes it impossible to use these dusts to read how much dust can influence the brightness of galaxies to the rear. I read about problems pros are having telling cosmic distances and thought I would add to their puzzlement. You asked me about motive in doing these images?"
A COMMENT
"Short bridge connections (high frequency flows of current), connect, also, the gap between the two galaxies. Similar fluxes are seen above as connecting straight line bridges from the silhoette spiral to the elliptical at the rear. Straight line slashes are a property when two interacters are momentarily bridged. The slashes carry high rates of ohm currents that vary amongst the slashes. Pullmotors and pole cores in Boris are in communication through the slashes".
SPENT MATTER
"From exquisite automobile to rust drifting away, is the change from negative charged galactic material (detailed logical artifacts are seen) to positive charge (amormous, cold, dull like dry mud, no shapes only crude areas and outlines). Dust from an exploding star, when it cools, becomes spent matter with no blueprint engineering in it, as seen in the area through which the rope winds from left to right".
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"Classic oblique angle tangle, resulting in tether chords plugging into opposative poles unseen in dense matter behind dull thick spent dusts which have no remaining undercurrent energies rich high temperatures".
"Part way through partially occupying the same space at the same time, these two simese galaxies by Subaru are visibly connected by two thin tethers, from the side of one (lower galaxy) going in below the underneath side wall of the other, upper in this image. The second tether is shorter, going in below the first".
"There is a tympani formation at the east end of the upstairs galaxy. A very large tympani formation is at the lower end of the downstairs clam half. For fact matter, there is a very large broken tympani at the west end of the upstairs bunk as well as the lower, well, perhaps not tympanis".
"Note both guys have rough round decay areas at their left ends. If anyone can figure out movements from original mutual end crunch to present day clam shell?"
"Both of these blunted ends are being sucked in. Certainly indeed yes I know the answer to that", says Sitar.
Sitar then continues: "I believe the lower large power cord tether in the bottom galaxy channels negative ions down the chord into a sea of positive ions, which merge into low luminosity atoms, which are sucked back inward toward the core, collapsing the end blunt areas".
"If true, the end blunts are giant plattens into which plug power chords. Expect plattens to be behind the scenes in the upper image's two power chords as well".
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"In this case two in sideglance collision are not tearing each other apart, this dustup seems more serene less schizophrenic. Until you look closely at the pictures".
"Note the tether arm plugged into the upright snub at the right end of the spiral. Classing consquence when galaxies encounter at oblique angles".
"Snubs are interesting, for instance in AM1316 one of astronomy's particular images used to try and feel how much dust in a galaxy obscures the image of another behind. Obscuring is important in this branch of astronomy physics in that much of universal space distance is measured by how much brightness is seen for a distant marker, the dimmer deemed farther away, unless it is being dusted, changing the distance".
"Note the strength of the spiral arm, slicing into soft halo, the arm integrally is unharmed".
"The encounter is in its finishing stages. The large sphere at right is closest. The incise reaches across the soft halo into the inner bright core. The incising started more or less at the front curve of the halo. Another incising arm (narrow, in blue clumps) below, is incising too".
"The snubbed spiral is receeding into the distance, already mostly passed the sphere".
"What has happened is the receeding galaxy entered the collision in forground over to the right and ploughed into the western hank of the elliptical sphere. How you can tell, is the top east end of the yellow cut is attached to the far rear of the spiral's east edge. The spiral is drifting slowly to the left as it receeds. Its main body has already passed mostly free of the elliptical".
Finger Up speaks: "I just snapped this on the interweb, its a Hubble image of AM1316. I Had to head butt it with adjusters now you can see an integral arm winding around behind the sphere's right hemisphere, and more delicacies in the sphere's halo, which is a complex structure". Upon a nod from Occam, Finger Up fires it from the desktop to the frontwall.
"Put it up", says Occam.
1 
2 "You can clearly see the spiral has passed the big one, cleaving into the big one's left hemisphere, and is now drifting away into rearspace to the left".
"In view number 2 above, I enhanced it, you can see a vastly larger halo", says Finger up. "In fact, the spiral has sliced an arrow head wedge into the core. The wedge is in yellow in this 6 color image".
NAME UNKNOWN
"These collider galaxies are blurred by intervening dust. Resolution is minimum grade. Low resolution is no fun. These are presented for anyone curious about how this galaxy with it's strange appearance looks. Watch me as I present, learn about doppler gravity arms. Don't watch if not interested".
COTTER RING GALAXY
"This unnamed deep space apparition is a cotter ring galaxy. The east side of the ring starts from the lower side horizontally inclined, and torques to the upper side, vertically inclined. The blue ring's contents seem to be a junk yard collection of myriads of seek engine artifacts pole coupled together everywhere ad hoc in the cotter ring. Local magnetic ring current inductions are likely in the causes".
ARP 194
NGC 6745 - THE BARGE AND THE PEANUT
"Here is an example of negative charged artifact cohesiveness, in the thin energy intense blue strands connecting these two galaxies, kinked stepladder fashion bent in fractal angles". This pops out as a remembered afterthought, by Occam, who in fact has (unusual) been hurrying fast to finish the session so conversations can start.
"The peanut is a lot larger than Hubble assumed it to be. It has a well developed stair case cascade leading back to the barge. This is a cupular hookup of the stair case tether to the side of peanut, the coupling is to the side of a core pole not to a core end".
"The entire tether is a string of tiny energy engines (undercurrent artifacts) strung together at different 90 degree angled interphases, creating the kinkness". "Kind of like internet plumbing", comments Greatstarr.
| M51 - AN INTEGRAL ARM CAUSES A MONUMENTAL GRAVITATIONAL 'PINCH' |
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M51
"Next, intense slash tethers (crackling electricity magnetism) between spiral galaxy M51 and satellite 'Boris'. The large arm closest takes an abrupt angle jog, a characteristic showing strong currents surge through the arm in enough power to keep the arm lineally straight without arc".
"A
piece of
arced arm has been
jambed by the another (an
integral arm) and is being pulled
sideways, even as the arm above begins to
slide over the pinch and the pinching arm
goes behind, due to motions in counter
clockwise rotation of the diskface,
and clockwise rotation of Boris".
"That prominent outjut forward shoulder of the western arm, with an elbow jog, is correct. All M51 images show this in stereo, even two identical images cloned in identical size side by side onscreen, show the outjut".
"Ps, this above pair of images are a bit hard on the crossed eyes to focus in stereo. It happens when strong foreground and strong back a ways rearground objects, need to be focused in the same dimension. In slant angle mirror viewing, (one image vertically squeezed), disparate stereo distances can force eye focusing muscles to work harder that are not used to working. In M51's case, the upper rim a wayyyy back to the rear in deep space. M51 is canted backward. M51 is not a front facing disk, M51 is huge and slants at a sharp incline rearward, rouphly 1/4 of the way toward being seen on edge".
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"Intercoupled interconnected seek engines crowded in a small area in 30 Doradus at the Large Magellanic Cloud. These formations are part of the dark galaxy merging with Lmc. Seek engines attract and move toward each other and couple at poles in fractal angles including 30, and 60 degrees". "When many seek engines are coupled the cluster of couplings can look like complex valve assemblies in pipelines on Earth, which instead are usually coupled in right angles. Undercurrent engineering favors hexagram and star of david angles for everything, throughout the universe".
Occam toggles start to put images on the giant wall. The same anonomous long distance sounding voice handles the dialogue. The voice is transmitting down through reduction frequencies from a higher dimension in Reality. The voice is a female and male combined, so in synch via unification in conscious, the voice sounds as one.
DISK SCYTHES
"Scythes are razor edged disks which identify the existence of strong altering forces clearing an area of resident matter replacing it with another form of matter in altered states".
"Scythes are not seen within the vacinity of or within empty sphere shells - cavities where solar winds have blown out a clear space. Instead scythes are most seen flat without associated hollow shells".
"Scythes are seen everywhere including starfield nebulas, planetary nebulas, and galaxies large and small".
"The uniformity of size in some scythes shows there is a common cause, for instance a collapsed star of class other than pulsar".
SCYTHE EXAMPLES
"Scythes in 30 Doradus at Lmc. Look for circle arc sharp edges with dark inside, bright outside. The scything cut means something is inside the dark inner cavity hauling charlie. Scythes are not outpushing bubbles. Bubbles are bright on the inside, dark on the outside. Scythes appear in canted angles. If event horizons, the rear side scythe circumpherence is buried unseen in ambiant surrounding matter. There are no hot accretion disks in scythes".
"The scythes are energy horizons comprising attractors of stupendous local power effecting areas having dozens even hundreds even thousands of stars. Scythes are far too small to be equated with galaxy core black holes, and far too large to be event horizons of collapsed single stars".
"Hmmmm", says Finger Up, sure, but not sure.
"There is a mystery as to what constitutes square and rectangular looking stars. There are plenty of round stars, so why square". A thick South African accent spoke this, not expecting an answer and none is given".
The presentation continues.
"Some scythes can be quite large and varied in diameter. These suggest yet another class of unseen collapser hidden in darkness, not radiating usual collapsed star signatures, suggesting they have little to no cherenkov angular momentum or magnetic fields in rotation. Their razor edged physical scythes are straight pull-ins, not spin-ins".
"Scythes are usually seen sticking out of dense matter in any angle including vertical, and commonly seen along the edges of galaxies, again, both plastered on, and sunken in".
"We have time for one more brief naked stars presentation", says Occam. "It is about LMC the Large Magellanic Cloud and includes excerpts from visitastronomy.com".
NAKED UNDERCURRENT ARTIFACTS
subject - naked stars in dark empty space having no bright incandescent glowing diffuse matter.
"These images are of the outer right regions of the Large Magellenic Cloud which is dark and seems to have little material, until image enhancing and the naked undercurrent artifacts appear. Such artifacts will appear in any galaxy area swept clean of dust and amorphous materials.
"The dark area bulging out the east side of LMC is a residual of a former other galaxy now affixed to the vector momentums of LMC. The faint red outer henge is sparce diffusives continuing the merging dark galaxy further out in deep space".
"The two bright images above are joined panels. Their different colors are joined in pairs in one image in best combinations to present best details in 3D".
"The dark extrusion (hard cut top edge) pushing up into red clumped Doradus (upper left) is from the other galaxy colliding. LMC is in the throws of a merger collision, two distinct galaxy matters are present, the bright (yellow) taken to be LMC, and dark matter not usually discussed".
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This is Occam, speaking again.
"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 each a different size) 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 speaker moves to a different position further back from the giant wall where magnificent 3D images have been appearing.
"Suspect star rings are complete circles if out in the open. A star ring has never been seen fully exposed as a full circle in presentations here, star rings are always circular arc segments".
"By the way", says Occam suddenly, (Occam has been searching archives in visitastronomy.com's home computer - not easy there are 16 .htm pages containing the word 'necklace' and each had to be manually checked to see how the word necklace was used), "here are images of a starfield seething with necklaces. There are also circular rosettes made of stars. I will show them, and then, goodby". SEAGULL STARFIELD NEBULA
PAMPHLET excerpt from BULLSEYE.HTM
Printed in a small uniphysics pamphlet handed to everyone who moved their hand out:
In the handout pamphlet.
Galaxy cores seem 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 collective overall starlight, like the way we see our solar sun through clouds.
Space is contracted at the core by gravitational relativity. You can see how space contraction occurs, RELATIVE.HTM page documents the principles.
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 shallowly curved arce slipstreaming in 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.
To gain sense of how such slipstreaming out of galaxy cores can work, see any animated image of a sun spot and see sun material moving out, and in, intertwined along the sunspot rim. If you can manage to see an animated sunspot in 3D, we do that here, you will be pleasantly awed at how eligant this sunspot slipstreaming is, diving in, arcing out, together.
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.
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"Galaxy arms after a collision where dust is removed kenetically continue their heavy stars and star clusters, maintained as in the galaxy before collision. The heavy matter is 'skeleton' in kenetically continuing along in dark deep space".
"M110 is an excellent example with a large almost straight arm initating at the top (near Andromeda) and vectoring to the right out downward almost a straight line, in dark space surrounding M110".
"The spike suggests an original very torqued bar galaxy topologically similar to NGC 1365, except smaller".
On the left side, smaller arms of skeleton stars arc out to the left".
"Many arms can be detected in images where telescope focusing is accute enough to capture star clusters even stars, however, most skeleton arms are obscured by brightness".
SKELETON ARMS ARC OUT NAKEDLY MADE OF JUST STARS AND CLUSTERS, FROM M110
"Inertially unable to be displaced in a collision, the heavy matter in stars and clusters passing through the other galaxy, continue as before, even as dusts and lightweigt materials are swept away, leaving the heavy material continuing to move on unchanged and naked in deep space".
"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".
"The whoopie cushion to 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.
POSTNOTE.HTM
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DIALOGUE CONTINUES with an animated sunspot image on the giant wall.
Oops. It is replaced by closeup slipstreaming images along the near outer rim of Bodes galaxy. The slip stream, in an intruder's track that entered beyond the rim and cut a trail across the surface of Bodes converging into a narrow departing portal through an arm cloud bank on the farther side of Bodes.
SIDEWAYS SLEWING SLIPSTREAM IN THE FORWARD RIM OF BODES GALAXY
"Slip stream is seen as a gently curving wedge of distrubance cross the layers of rim into the inner area cored deck in the upper part of the image".
"The thin arm jutting out sideways is from another merged galaxy, the arm's kenetic momentum vector is still intact for reasons that the arm's intrinsic inertia at the time of merger is still sustained".
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"Look twice to see them - very small, a hexagram scythe on the rear arm of Bodes galaxy where the intruder existed plunging through an arm wall, where sonic procussions occured. Since the sonic objects are so small, it tells us the intruder was not very large compared to the size of Bodes. To the left of the exit hole, a tiny thin round star ring scythe jutts out, at the exit area where the intruder left behind a thin trail across the top surface of Bodes. At the forefront is where the intruder entered - a slipstream through several layers of rim, the slipstream revolving clockwise with the rim".
Picture the amount of fuss by a comet entering the solar system, tiny, the comet fuss can be substantial causing wide scale rampage if entering an atmosphere. A pin head waved through dense smoke makes big rampage. Thus you have models as to how the fore rim slipstreaming gouge was caused by a pinhead. My conclusions".
"From the slipstream, moving left, we know which direction Bode's outer body revolves, clockwise. Bode's inner body (yellow), the flat survice across which scars the intruder's tracks, orbits anti clockwise in slow motion vectors within the overall body's motion. We know this by slightly uneven bends to the left in the thin intruder tracks across the surface".
"Intruder's track vertically cross the core deck are particularly interesting for revealing how to see slipstreams (opposite directions of flow) in a galaxy's arms and core coils".
"Slip streaming is self evident, flowing in both directions, in the cracks across the core deck, looking like mid atlantic teutonic plate shifts, the cracks are no longer straight lines. A section to the east slipstreams slightly, the next section slipstreams to the west. The strongest line has slipstreams which continue vertically down over the lower rim, signalled by parallel tracks which shift position slightly one layer to the next. Parallel tracks are intruders - small objects which hurtle into a wallbank, or across a surface, or dive through in one side and out the other side of an arm".
"Displacement
in a track be a
way to tell exact motions
in an arm or part of a galaxy. In
the Bodes instance the bands of flowing arms
are slipstreaming at different velocities, or,
one (or more) of the bands is moving
in 'slipstream' in the opposite
direction, hard to be certain, though".
"In
the next
image, the lineal
discontinuity was originally a
straight line, wedge-shaped, in the arm,
caused by a hard intruder departing across the core
deck. The yellow tracks are now irregularly displaced, front
to rear, each bend a different velocity slower, faster,
slower, arriving nearest the camera punching in down below into the midst of layers in the rim hem".
"Here, easier, zooms. Now you can that see myriads of tiny seek engines crowd the edges of the rims nearly everywhere, some in gangs of fractal plumbing coupled to appositve poles in the plumbing".
Scythes too. And star ring arcs made of stars. In the colored core area are real thin straight ropes made of tiny round clumps, my conclusion is these are standing waves not made of sonic percussions, instead, re-normalized local long magnetic fields somehow contrained to be straight and acting analogously to long roll clouds on Earth, on Bodes the rolling caused by stellar and galactic winds".
"These rim arms are Definately Not Smooth".
"Strobe these two images back and forth for more miniature details".
"The texture of the rims is frothy, a showcase of seek engines".
"Here next is a concentrated group of 6-sided tympani cavities (dark, and straight edged) both innies and outies at the lower lip. Nearby to the right, fussing the rim, conjoined large circular upright irregular tympanis cant outward looking like weights from my bar bell set. This is where the intruder gravitationally and kenetically physically power punched the rim when entering, setting strong multi sound sonic booms tympani percussions into motion".
"And there you have, a workman's point of view, who has no formal training in math not even high school graduation", says Occam.
"Next". LINEAL PARALLEL SLIP STREAM BANDS IN THE ATMOSPHERE OF JUPITER
"Slip
streams
in Jupiter model what
slip streams in galaxies are
like. Assume emphatically that galaxies
have slip stream motions in their arms
and around their cores".
2CURVING SLIPSTREAMS MOVING IN AND OUT SIMULTANEOUSLY, IN A CIRCUMPHERENCE AROUND A SUNSPOT
"Here
another
possibility
of slip stream in
action is demonstrated by
a Sunspot in realtime, a Nasa movie
shows granular material around the sunspot
flowing out while simultaneously matter in the
sunspot ridges is flowing in in a toroidal curl.
One motion, in the lower left, is flowing in
a contrary direction (in) to the overall
flow (out), could this be
a sunspot pole?"
"Sunspot movie has 3 motions".
"The
outmoving
matter is welling
up right at the edge around
the dark straight lines, where also
is welling up the opposite motion moving
along the straight lines into the dark pit".
Occam concludes: "these many astronomy images were found as originals
at random on the internet. Thank you those who photographed them, and
thank you those who posted them. Special thanks to our uniphysicists
who enhanced them for unique presentation.
Click google logo for site search
DONE
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