GIGANTIC QUANTITIES OF MISSING MASS CAN BE EXPOSED IN ENHANCED DIM IMAGES REVEALING SUPERSIZES More   in Bigger-2.htm This is a browse page, read at leisure EXAMPLES Great lenticular galaxy M82 cigar galaxy Tango colliders Taranta nebula in infra red Bubble nebula

LENTICULAR GALAXY NGC 3718

Lenticular galaxy Ngc 3718 - note induction rings around the lower longarm.





Three different enhancement variants are shown above each a different subtle indication of this galaxy's greater superform mass and seething lenticular dynamics.

These are extreme enhancements from a Dss original (left image below) which does not give much incling regards image content, the Dss image looks more like a Herbig object and would not be recognized as a galaxy without spectrum support.





LENTICULAR FLAMES MODEL LENTICULAR GALAXIES





A California USA wildfire making a curling corkscrew of flames is suggestive of how lenticular galaxies can form. The wildfire corkscrew requires rapid updraft and strong temperature gradients between the heat of the flames, heat immediately around the flames, and heat in the surrounding atmosphere. These three ingredients can be present in galaxy environments where lenticulars form.

STEREO REMARKS

Note - the stereo in the wildfire image is rather good compared to none at all. This is a one hundred percent mono photo, and the stereo is genuine. Quickly snap the two images together (for instance by going cross eyed) to see the stereo. There are many stubborn old schoolers who believe stereo is impossible without two binoccular images taken through separate lens clicking apart from each other. For a fact, for decades employees in TV stores have been focusing two identical images from two identical TV sizes sitting side by side to see stereo in TV, the difficulty is that TV and movies, made for fast action, are very hard to watch in 3d, they flick and switch their planes of view between closeup and distance too quickly to watch the stereo with any comfort in eyesight - it can be painful. (I did do stereo TV once with a single TV set and two large magnifying glasses held up, over each eye, focusing the 3d in an oval window formed in between the two lens views, and had to back off after only moments feeling very woozie, it was a fast paced adventure epic filmed outside in a real place. Between closeup and distance was like a huge pumping action in the center of my intelligence - GM).

Specialists in analyzing maps from high aircraft and satellites typically merge two identical images together by eyesight to quickly see stereo in their images as part of their workload, this provides enough stereo to distinquish topologies separated into what is high, what is low, what is a ridge, what is a valley. These hard workers never give their workbench stereo a second thought because any binoccular stereo image taken later shows the same stereo only more so.

Stereo purists are adamant that binoccular is the only genuine form that is authentic, overlooking a major problem with binoccular stereo - the amount of stereo depends on how far apart the two camera lenses. Binoccular stereo photos from Mars, and telescopes looking out into space, have produced images with for instance cliff faces 100's of miles high on Mars whereas the cliffs are at most only a few kilometers in height. Virtual stereo (the mono single image form) is purer in that excessive exaggerations do not occur within the range that eyesight can focus two mono images together. Makers of anaglyphs well know that distorting the width to height ratios of the same mono image merged to form a single anaglyph image viewed with 3d glasses, can increase the image's stereo, but only to a point when the image becomes too difficult or impossible to focus. Even then the distorted stereo usually does not surpass exaggerated binoccular stereo from any pair of lens more than about six inches to six feet apart.

Learn more about stereo in mono images.

M82 FULL STRENGTH

Another galaxy off the charts. M82 with hydrogen flames at right angles to the dominant galaxy plane. The flames shoot off the chart (beyond the picture frame) when enhanced, revealing stupendous quantities of hidden mass (red) and hot material (white) not seen in pictures routinely factored against pitch black midnight sky backgrounds as seen from Earth with low media contents not taken advantage of in rendering of pictures. How can theories account for a galaxy's properties if some, if not most, of the galaxy's proper masses are missing when the theories are attempted.

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The upper hemisphere rises up, the lower hemisphere points down, perfect assymetric bi-lateral symmetry. The deck chair in the middle is also bi-lateral, the back of the chair rises up, the foot of the chair points down, with a neutral plane in the middle, exactly like a deck chair on an ocean liner. The neutral segment of this deck chair is not smooth, however.

Ribbed latticing is noticed, expecially in red in the upper right.

TANGO COLLIDING GALAXIES

More in the subject of missing mass - a galaxy described as superb et all is actually GiGantiC when its missing mass is exposed by an amateur's at home enhancements

Original left - enhanced right showing GiGantiC quantities of missing mass



A massive deep space conglomerate constitutes two large colliding galaxies with deep cuts and interferences by high speed small bodies flying around through the meely causing chisles cutting in straight lines across the expanses.





The original image next is puzzling because practically nothing of this major galactic collision is seen in the original image.



None of the gigantic diffuse matter (surrounding missing mass) is seen, none of the intricate inner rapid colliding small rogue intruder tracks are seen. If passing an exam at either a mediocre or even a first class university, neither should (but likely will) give the original image a passing grade. All of the speculations made by astronomers interpreting the original (very dim) image, are wrong.

Oddly enough, wrong seems to be the foundations for granting modern PhD's 'Correct' seems to be grounds for loosing jobs. A 'correct' declaring how much missing mass is missing in the original photo can be easily branded an enthusiastic imagination, over the top.

GONG!

The contest seems to be which 'no sayer' gets to strike the gong first.

And yet, missing mass is abundantly existent everywhere. The only cause causing it to disappear from theories seems to be that starry nights are all that can be seen by ordinary human eyesight.

A galaxy whose centrals are bright, seen against a pitch black midnight night background is correct, according to the GONGs! The above Tango supergalaxies revealed by dim photons flooding into an image on an accumulating basis compiling a picture replete with MASS is concidered not worth pursuing since the dim media accumulation warms up and dissolves the solid pitch black sky at midnight background which professional astronomers continue to use to display their best photos ergo their best ideas, missing all of the photo's missing mass - end of diatrab - GM

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Galaxy tango images at Eso

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CROSSOVER IMAGES

An uncanny similarity to Eta Carina is seen in this oblique image by satellite of Earth, the Persion gulf below and Mediteranian Sea to the left rounding the Earth's limb.

Eta Carina (Dss photo) at left, Persian Gulf at right.





As a matter of fact the uncanniness is startling and capable of gendering run away thoughts about celestial artifacts, mirrored.



More Eta Carina

A LONG ARM SPIRAL GALAXY IS REVEALED

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In this Hubble deep space view, rich with far away galaxies captured in the wide camera image, a tangled galaxy stretches out into more arms including a longarm revealed.





A thin vertical line is from not quite seemless patching of smaller images composited by Hubble image engineers for a larger view.

Compare the original, vrs hidden mass enhanced, for richnesses of small details captured in the Hubble original and lurking hidden in dim medias. which are easily enhanced by graphic editor image adjusters such as Gamma Correction.

MORE DEEP FIELD

More large galaxies hidden in the murks of deep fields presented black in background. Large quantities of mass exist where assumed small mass objects are seen, but are not real representations without their greater formations.

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The spiral galaxy (lower right) is substantial in size with thick multi arms dimly discerned sweeping around to the right.





Original - black background is not good enough. The wide sweeping multi arms of the spiral galaxy are not seen, the bulk of this object is unknown when the black background is assumed to be correct. In this regard, the unseen bulk is 'missing mass'.

BUBBLE NEBULA

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What astronomers see vrs what the telescope saw. At left, publically released original described by astronomers. At right a much larger drift field and more precise fractal interfaces inside the bubble.

FRACTAL TYMPANI FORMATIONS IN BUBBLE AROUND GIANT ACTIVE STAR

Link to source not available. N44F is a 'geode' a rare huge gas bubble caused by fierce solar winds and X-Ray blasts of a giant central star surrounded by numerous other highly active stars which have had a history of supernovas. The bubble is within a super bubble in the Dorado region of the Large Magellanic Cloud.

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When the original is enhanced, more fractal geometry fragments appear as straight lines in the drifts and tendrils behind the giant bell comprising the central tympanic cavity at left. The hidden content is particularly exposed when this Hubble wide field camera 2 image is enhanced in red.





Note that the brighter yellow area in the center of the bell, and which surrounds a small dark inner cavity, is on a slight vertical slant relative to the open cross section of the bell. This indicates strong cross stressing dynamic forces are further involved in the processes which are forming this geode.





The tympanic tuba bell in a nebula in the neighborhood small galaxy LCM is noticably similar to a tuba bell much closer, a near neighbor in the Milky Way and known as the Cygnus Loop. The following enhanced image shows that this (at Cygnus) is a partial cowling (tuba bell).



Other tuba bells are showcased under the catagory of cowlings, in the Cowling.htm page.

FRACTAL TYMPANIC (STRAIGHT EDGE) OUTLINE IN IC1396

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TARANTULA IN INFRA RED

Infra red at left.

Here is how the two Tarantula images line up, the Big Throughout Camera view at right in green, and the Spitzer telescope view in infra red at left. Cavities match, in particular facing west, outlines of the inner rim of the large right hand cavity are the same, as is the semi square small rectangle (further west) as a smaller cavity, and a vertical blob in the lower left are seen in both views.



Thereafter the two images depart drastically, for instance there is hardly a trace of the loops seen (so predominantly in the visible light view at right), in the infra red view in which thick spinal spokes are more evident the spokes riddled with cell cavities.







Eso' Wide Field imager at left, Big Throughput Camera at right.



Click on either image above for full size.



SPECULATION

The Eso's Wide-Field imagizer view of the Tarantula (red at left image above) easily matches up with the Btc camera at right, since both are viewed through visible light frequencies which contain a different entropy distribution than does infra red. One conditional difference in the properties of each broadband is that visible light does not pass through solids, whereas infra red does it is not stopped in transmission through atomic shell structures.

It seems as if there is a structure within atomics that becomes more real in the presence of stronger photon frequencies, the infra red is not strong enough, visible light photons are strong enough to become physically engaged with whatever it is in the atomic structure that allows stoppage.

It is compelling to notice that the higher a wave frequency, the smaller the area in which it locates and is confined. X-ray is closest to the minumum orbit of an atom, radio is farthest out. In thinking of spiritual matters and ascension, higher frequency entering the spiritual world may not mean further out and farther away 'in heaven' but rather closer in and more intense 'right here'.

Infra red, rather far out on the limb of energy level shell states in an atom, hardly notices a change in the arrival, bondage, then departure of an infra red photon. A visible light photon clangs in in that the shell structure is much closer to the charge field of the atom's nucleus, a change in the shell structure in visible light is subliminally felt at long distances from the place of absorption and enough energy to effect all of the changes is needed for emmision out again at the same frequency whereas infra red can sling shot out in a foward direction carrying out the same information it carried in.

This next view, with four different highlighted windows, identifies the four basic different poles of the Tarantula pullmotor. The Tarantula pullmotor is main subject of discussion in the tarant-1.htm page.



The Tympani2.htm page features tympani resonators in the Tarantula.

Other tympani links include
  tympani.htm     tympan-1.htm     tympani1.htm     tympani2.htm     tympani3.htm     tympanis.htm  

Pullmotors (important)

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