FLUID TECTONICS IN CRUMPLING GALAXIES, ALSO, OTHER SUBJECT MATTERS
Cad Cam image of Ngc 6946 is rich with concieled content Fluid plate tectonics explains crumpling in galaxies Black hole xray by Chandra is rich in information Large star tau boots has very irregular disk Compression by fluid tectonics at M51 Wrecks result in free flying black holes Very smoky corkscrew at the Whirlpool |
More comprehensive look at fluid flows in galaxies
These two images following, were obtained from the Canada-France Hawaii telescope collaboration, posted as 'images of the month' - after clicking to the site, click on 'image archive' and see 2002.
When enhanced, each image M33 and M51 reveals very technical features about both galaxy's, with current (M51), and previous (M33), collision statuses learned in more detail.
SIDESWIPE SWIPS AWAY WEST SIDE OF M33 THE TRIANGULUM GALAXY AND INITIATES FIELD TECTONIC COMPRESSION
The brain tissue wiped away by a sideswipe is self evident, where a sharp edge runs down the left side of Triangulum. Triangulum is turned slightly to the west, with the lower right arms jigzagging out to the east toward us, the whole thing is crumpled, Triangulum had started to accordian against the broadside which sheered away part of its brain.
The original
Click for evidence suggesting a Triangulum sideswipe encounter with Andromeda. Controversial evidence showing how Andromeda may have glanced past Triangulum, is deliberated under the theme 'striations' here, here, and here.
ORIGINAL
ENHANCED - showing vast quantities of hidden mass in the photo
FLUID PLATE TECTONICS
Fluid plate tectonics can be seen throughout Triangulum all of the fluid uplifted plates are biased in the same direction facing the sideswipe. The Triangulum upthrusts feature abundant quantities of small blobs of froth at the tips of narrow upthrusts, active stars concentrated in most of Triangulum's choppy upthrusts.
Braking of a related kind but smoother, far less choppy, is seen at the Whirlpool galaxy, and is described in earth tectonics as follows:
Picture masses on the surface of the earth shifting around the surface as plates, one of the plates is india heading into the himalaya mountains then erupting sky high from braking power even as the southern tip of india is still moving forward not yet starting to slow down yet. This is solid plate tectonics. If solid plate tectonics ruled the surfaces of atoms a bump by another body would crumple the surfaces and two bodies are mashed together merged on a new single vector defined as the input sum of both body's combined.
In fluid tectonics a bump on one edge passes through to the other edge without much slowdown in velocity, if the other edge is being braked by an external slowdown, the energy signals coming from the far side continue across at velocity but when obstacle occurs the signals externalize into local small upthrusts. Look at the surface of galaxy named M51 the whirlpool galaxy, its surface is coated one side to the other with upthrusts, in basic vertical alignments, showing that the left side of the galaxy (where the remote satellite galaxy on fire is moving closer) is slowing down as the whirlpool drifts in deep space to the left, even as the right side is moving leftward at original velocity. In this case, galaxy material being fluid, fluid tectonics describe how results can redesign the surface of a galaxy.
See M51 enhanced images below.
Enhanced in red, green, blue. Each shows different densities in the dimly glowing gasses and matter which surround the greater Triangulum.
Here next is what has been said in discussions regards fluid tectonics of the Triangulum galaxy. Reference.
What
I see are
gravitic vibrations
all over the place, inside the
galaxy, rather than outside surrounding.
But more important, I see everything standing
up in upthrusts ALL veered to the upper left.
Concider this galaxy is compacted in such
a way that - unlike mountains that bunch
up along the line of impact when a
bad continent glides to a stop
against another on Earth
but the rear of the
collider, such as
India, is still gliding
ahead at full velocity even when
the forward edge (front) is grinding to a
stop against Afganistan - in galaxies, when bunchups
occur, the galaxy being fluid means the matter bunches up
with brake in momentum distributed throughout the galaxy. This
is what is happening in Triangulum. Except what the heck is
it bunching up against. The only real clue from an
external observation location pulled a long
way back, is a straight edge down the
left side of Triangle. Straight
leading edges are unusual
in galaxies
Triangulum
shows all the signs
of having been significantly
folded by its brush with bruce (the
sideswiping galaxy which clipped away the
left edge). All of the folds and wrinkles are
upthrusts aiming to the left, as are the folds
and crinkles in the arms, clear cut signs that
Triangulum fluididically compressed from
right to left as the left edge
pressed against bruce,
not with a
grinding
racket, but a
huge long slow motion r u s s s s h
Next is how M33 appears in the same photo, when the photo is enhanced all at once by histogram equalize which sharply brightens very dim image traces.
Histograms of Dss photos of Triangulum show a massive dim media supersize. Click on each image for large.
M51 TECTONIC COMPRESSION IN COLLISION
EVERYTHING IS SHOOTING UP AND FLARING TO THE LEFT
For instance the main arm south of the core to the right, is being lifted up by the long lower arm being pulled in behind by tether to Boris, an event called 'the gravitational pinch' featured here.
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Long
study of
the above views
particularly the brightest
epiphanate into an awareness that
the basic galaxy flow is to the left the
counterclockwise motion in the spirals ganging
up slip-stream fashion like tectonic plates sliding
up over one another. If you can view the image for any
length of time in 3D, you will see how the whole of the
arms texture is made of small segments riding up over
the next proceeding to the left as the whirlpool's
horizontal breadth is gradually being
compressed into a converted
narrowed vertical slant
by the constant
slip streaming of
many small parts riding
up over other pieces successively leftward,
by how? The presence of silicon lubrication making motion
in sliding graphite happen comes to Inpector Luminous's mind, but
more, the right side of the whirlpool is somehow rotating slightly
faster then is the left half - c'mon get it in one - the left side is
braking against the accordian between it and Boris, so we
know the collision is underway, not finished, pausing
to wonder if the Inspector has just done a brain
fart in that last comment, is Luminous's
final thought on the matter
| Rubbery lips whispering vigorously against each other |
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Oh
and then
reappears the can of
worms. Will everyone understand the
same thing. In planetary sciences - Inspector Luminous
looks over several galaxies and selects a planet at random,
it is called Earth - if China is rotating counterclockwise and at
the same time banging up against Russia, mountains will erupt
along the line of impact as the west edge of China begins to
brake (slow down) even as the far away east side of China
continues to rotate at full speed. But bear witness, the
eruption of mountains is because both China
and Russia are solidified. In galaxies the
same will not occur (no grid zones)
because galaxies are made
entirely of gas
therefore
not solids
in principles
but the principles
of fluid gaseous motions are
the definitors. And yet, gas flows can
also bunch up and crumple whereas solid matter
will modify and morph only along the leading edge where
the bind is, the far east side of rotating China doesn't crumble.
Fluid dynamics are different, energy can translate through the
gaseous body from one side to the other. If China was
made of clumps of mass with peasants whirling
around in free moving clusters, as long
as their feet were attached to
the gravity of the ground
all of the peasant
clusters will
feel the
breaking effect
against Russia, the only
result can be peasant clumps starting
to bunch up on each other increasingly around
the northern flank of the big rotation of China. Inspector
Luminous puts the planet back where it was found and closes the
book the can of worms having been eaten by rubbery lips
whispering vigorusly against each other
SMOKING CORKSCREW AT M51
A smoke trail corkscrews behind away from 'Boris' the small galaxy nearby and actively engaged with M51 the Whirlpool. Other dim matter hinting at a vast superstructure is seen above, below, and to the east surrounding M51.
Original
Enhanced in red, green, blue. Each shows different densities in the dimly glowing gasses and matter which surround outbound M51.
Next is how M51 appears in the same photo, when the photo is enhanced all at once by histogram equalize which sharply brightens very dim image traces.
Some kind of starry (radial) artifact has turned up in the corkscrew smoke cloud of Boris.
It is hard to discontinue interest in the 'ray' which seems to be shooting out of the starry artifact, vectored to the upper left. Every attempt to enhance this view has led to a stronger looking 'ray', suggesting this 'ray' may be real.
Here are enhancements from three different Dss images of M51, the supersize is self evident, parts seen more distinctly in one vrs another of the three takes (1st gen, 2nd gen red, 2nd gen blue). All three were also treated to histogram equalize (the solid blacks and whites) no attempt was made to disquise the fact that the details are whited right out, it is the larger surrounding supersize that is of interest. There may be more than two galaxies in collision here, the main body of a 3rd between and behind the other front two. Click on each of the five next for full size.
This M51 study above, and the Triangulum study further above, are two galaxies whose collision statuses are herein explored under the theme of 'fluid tectonics'.
BOLD SPIRAL GALAXY BACK YARD CAD CAMERA IMAGE RICH WITH CONCEILED CONTENT
The finger in the core region, extending to the right into a major tympanic area, is not - as described in the Gendler release text as a 'tiny bar' occurring in the center - a tiny bar, rather it is a common feature seen in highly disturbed spiral galaxies, described as 'rat tails' in this cosmicastronomy.com page, which includes tentative possible explanation as to cause of such fingers.
Click for original reduced to same scale as the enhanced image next.
When clicking to the scaled original, the ghostly superstructure, it just vanishes.
The enhanced image of spiral galaxy Ngc 6946 - source by Gendler - reveals an enormous amount of captured data in the image's dim media ranges, in Gendler's back yard cam corder.
Enhancements of the center portion zoomed, show a core with a rat tail, similar to hot core tails seen in other galaxies including M101.
Reasons for making such a fuss about rat tails is they seem common enough, when recognized in one galaxy they will be seen in many.
The upper left 'rattle' seen below sticking up is a subject of its own study, called rattles, because they look like baby rattles.
Click for Ngc 6946 original full size.
Click for Ngc 6946 original reduced.
Click for Ngc 6946 enhanced full size.
Click for Ngc 6946 enhanced blue-red full size.
Click for Ngc 6946 zoom.
LARGE STAR TAU BOOTS
Large star Tau Boots
has a very irregular fleure de le
around its central area, clover leafs surround
the active star deforming its spherical shape. The clover
leafs are seen in the Dss 2nd gen (blue) snapshot. Other
Dss views (unmatched pair below, in different photo
spectrum frequencies), do not show the star
deformation seen in the so called
blue photo.
Fleure de le are seen around star MWE1080
1st gen, and 2nd gen (red) at right.
A remarkably similar fleure de le, in a Dss 2nd gen (blue) image of large star Rho Cassiopeia (right), the two fleures are so alike it seems there may be a systematic lens error in some of the Dss 2nd gen (blue) surveys.
CHANDRA X-RAY OF THE MILKY WAY BLACK HOLE
Chandra X-ray telescope view of the milkyway's black hole explodes
with more information when enhanced, in particular, numerous red stars
appear where none are visible in the Chandra original.
Next are three enhanced views. In self evidence, the dim view publically released by Chandra image engineers (left) is missing contents. For instance, two small dark holes are seen in the red enhanced view, one dark hole above and the other below the centerline, both in the left half of the image.
Small original
CAR WRECKS AND THE FREE FLYING BLACK HOLES
Have you ever made a remark half tongue in cheek, half serious. Here is a comment with a split in the tongue, noticably poking both cheeks out in bouncing buldges.
It involves quasars, and black holes. The serious issue is whether or not black holes can keep on going at high speed, sailing out into deep space beyond, when two or more galaxies collide.
Picture a freeway with a clustered wad of fast moving traffic, in the cluster are small cars, compacts, vans, small trucks, and in the middle of the cluster a massive super giant super heavy Caterpillar bulldozer, the biggest kind which can be transported on a highway, strapped to a heavy 46 wheel transpo, hurtling along at the same high speed as the whole cluster.
Up ahead unseen is another cluster which has missed the turn and is piling up. Into it sails without slowing the trailing cluster and everything begins to turmoil most of the trailing cluster grinding to a halt and merging with the foreward cluster, but, that heavy caterpillar tractor, because of its sheer weight and extra massive kenetic momentum contained in a small size, keeps on sailing right through the foreward cluster hardly slowing plowing its way foreward making wreckage as it continues straight on through to the front of the pileup and hurtles free on its own detached from its carry rig right out into free space beyond, at high speed, hardly slowed down, because of its sheer mass and kenetic strength and super dense small size.
Picture if the tractor was made of something far heavier than lead, how much damage it would inflict sailing through the crumples, and how, after its departure, little to nothing would be left behind to tell investigors that a high speed Caterpillar tractor had made that track out of the wreckage.
Can black holes do this, particularly massive black holes at centers of galaxy's, that is, can the black hole of the faster moving galaxy in a collision tear free and keep on going as a rogue without arms or stars, without a galaxy shell surrounding, out into deep space as an aftermath of violent galaxy collisions, where one of the black holes remains within the wreckage, the original other faster moving black hole taking off and continuing on its own as an unseen awesome heavy object beyond the confines of the collision and its original host galaxy.
Small black holes of course, perhaps even more likely to keep on going.
Science fiction writers have used this ploy, attempting to stop the high speed ship in a high speed brake and the power core keeps right on going thataway through space, shorn clean from its motor mounts, leaving it's ship stranded.
If this is true, it should mean there are black holes out there of massive even super massive sizes freed from the centers of giant galaxies the black holes shorn from their motor mounts and are continuing on their own hurtling at a high rather than lower speed through deep space, since, in this split tongue in cheek scenerio, it is high velocity of at least one of the colliding galaxy members which contains enough kenetic energy momentum to allow the black hole core to keep on going as if hardly slowing down, tearing itself right out of the galaxy tangle to become a rogue roaring unseen on its own on more or less the original path it was on before the collision officially began in earnest.
Just a thought. The thought won't go away. I think there is some merit to the thought. Just how much merit is contained in the two tongues in two cheeks bulging out of a face stern with serious sideglances.
Perhaps in instances where a galaxy, obviously disturbed (ergo from collision) seems to have little in the way of expected massive black hole core, Triangulum galaxy is like this, is from collision between two galaxies each approaching at high enough speed that not one but both black hole cores have departed their homes and taken off on their own in deep space, leaving both galaxies far behind, even if one of the galaxies eventually disentangles and continues on its own away in the aftermath, minus a seething black hole or containing only a residual or new hole at the core.
In the Triangulum case there is brisk controversy today as to whether Andromeda's double (two) cores also harbor two black holes, or only one. The actual debate is based on a few facts, first, Triangulum does not have any main core (which would incorporate a core bulge, and large black hole holed up in the middle of the bulge), in Triangulum's case there is hardly a core at all.
Secondly, researches have suggested that trajectories suggest Trianglumlum recently passed close to Andromeda which is heading our way, whereas Triangulum seems headed out of our local group heading toward the Virgo galaxy cluster 65 million light years away.
Thirdly, andromeda has two cores, no one can say where the second core was picked up, there are reasons to suspect the core came from small galaxy M110 just now emerging from the flank of Andromeda.
Greydon Moore - Jan/2003.
Web site/display/designs/image enhancements - Greydon Moore World's largest cosmic teaching site - Ottawa 2001/2004 form A & O 3 3
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