to bottom  
WAVES, WAVES, AND MORE WAVES      

  open images of the 'Edge'   THE EDGE - meandering, it comes and goes, undulating up and down and weaving in and out, a ribbon like a water slide in a large tourist attraction, making reference galaxy Ngc 1512 a dwarf in comparison.

  open images of the 'Matrix'   THE MATRIX - meanders across and around an area of deep space so large, an associated reference galaxy (Ngc 6782) is a mere bright dot.

  radionnic properties of gravity waves   WAVES - analogous Ems properties - Ems means the ElectroMagnetic Spectrum.

  gravitic moire in an Orion image   MOIRE IN ORION - rills make eerie Orion area even eerier.


  M101 seething in gravitic seas   M101 MOIRE - a super spiral galaxy is saturated and awash in gravitic seas made of high and low frequency gravity waves.

  oval and circular deep space formations   OVALS AND CIRCLES - in deep space they are there and defy definitions.

  huge oval like a race track   ANDROMEDA OVALM31 - an oval formation so vast it nearly dwarfs nearby mighty Andromeda.

  largest galaxy cluster known, pounded by waves   PERSEUS GALAXY CLUSTER - giant rilled oval holds elliptical galaxies as if rimming a rash of pimples.

  bi-polar symmetric rills at two poles   ORION CAPSTONES - trapezium north and south pole gravitic auroras.

  Fragment of long extended rill structure near Ngc 7673   EXTENSIVE TRILLING RILL SYSTEM NEAR NGC 7673

  fragment of giant oval near Ngc 5532   NEAR SMALL GALAXY CLUSTER - fragment shown of giant rilled oval near Ngc 5532 which occupies roughly (120x180) arcminutes in deep space image collage.


  two ovals near Arp 220 (right)     two ovals near Arp 220 (both)     two ovals near Arp 220 (left)   TWO GRAVITIC OVALS - neighbors in space overlooking Arp 220.





  Rills lines at Denebola   LARGE PARTIAL RILL SYSTEM NEAR DENEBOLA


  at polar opposite positions, as Andromeda moves in dense matter     ANDROMEDA BULLSEYE - separate moire formations attached to Andromeda which have self contained physics and symmetry principles.





Please note that none of these 'rill' objects are to be found anywhere else on any astronomy site. They all originate here (circ. Jan 1.2002).

CRITERIA TESTS


Time out, palms crossed - I agree completely that I may be utterly without a claim to a free meal at the food bank, in deeming such objects as stupendous gravity wave formations. But, having given them the rigormoroles of every idea I can muster to test them, see nothing else but gravity wave formations in deep space, and in Orion, and so, have no choice but to present each as a burst of news gustily announced.

I see the possibility that what is seen are overlays captured by chance from matters in our local Milky Way, but even so, if only this, nevertheless, the objects seen are still so stupendous and wholly coherent, as to, therefore, be brainworthy. Trust me, my brain has not been damaged by brainwashing in boiling soap.

The fact of moire rills showing up in digital camcorder images (Orion) rules out plate flaws.

The only other option is rills created by moire patterns in the telescope lens or (in the case of plates) imperfect vacuuming in holding the plates sucked tightly against their platens when the photos were being taken. Unfortunately for razzzers and whoers of noisy prestige, the 'moire abberation' concept fizzles in a crash if any single one of these stupendous wave formations crosses boundries to another deep space plate, which, it seems, they do.

  Subspace is composed of facets that rotate on different axis  




INFINITY WAVES - is silent matter (some of the mysterious missing mass) to be found in the energies and strengths of powerful gravity waves saturating deep space? As it is, there is much missing mass anyway not seen in underfactored astronomy images. Perhaps gravity waves are non-relativistic intrinsic energy components whose behaviours are guaged in photon principles rather than proton principles, in grand cosmic co-existence with mass, and energy, as one first, then the other, meets E=mc2.


THE 'EDGE'

   

Galaxy Ngc 1512, central object in the above rillview and profiled   here 1   and   here 2,   also fits the design of an 'eye in the sky' class galaxy.

Our main interest in this page, however, is the 'Edge', a giant rill system meandering through deep space around the far outskirts of Ngc 1512. It is felt these 'rills' are gravity waves of stupendous size in deep space.

Two large views next highlight different density features, followed by stereo pairs highlighting in and out undulations.





1

2

3

4

5

Massive rippling meanders in a ribbon around Ngc 1512 (center object) in these Dss views highly enhanced, the waves much larger in area than the galaxy nearby.

These would appear to be 'standing waves' of gravity made visible by their peak and valley excercises on sundry deep space mass. The appearance of outstanding waves is conditional on time frame - even if the wave fronts are hurtling along or expanding at the speed of light, the sheer light years distance between each peak, and valley, is so great, to all extents in our time frame the waves appear to be more or less stationary and so are highly visible.

The 'Edge' situation is similar to the 'Matrix' near galaxy Ngc 6782.







A view of the 'Edge', rotated 180 degrees above, shows great differences between the two wave formations (Edge and Matrix) so they cannot have come from one false cause in imaging techniques.

Next are segments of the 'Edge' in closeups.

6

7

8

9

10

11

A dark hole nearby large Ngc 1512 may be a dark galaxy - the subject of dark holes suspected to be dark galaxies (containing silent matter that is dim and does not radiate brightly) is here.

The dark hole here at left can be argued to be a plate flaw but concider the hole's sheer size in terms of arcminutes, it seems unlikely finding such a major flaw in photo film concidered to be of the most exacting standards possible to produce, standards for astronomy photofilm far exceeding the best film stocks used for motion pictures. Another likely cause is unlikely, that an astronomer's cough or nose bleed splatted the film at the exact moment the print was being developed.

Besides, all arguements aside, notwithstanding, this dark hole has texture - a bright area within whose shape is not inconsistent with a rudimentary form dimly seen as a spiral galaxy, whose circular boundry is totally consistent with spiral galaxy superforms.

The original discovery image (where 'Edge' rills were first seen) is the following Dss plate enhanced by histogram equalize, in which the rills are poorly distinguished. The sharpness of rill structure in the above views, was gained by screen capture of a 'preview' of each of 6 different images in a PC Windows graphics editor. The 6 'previews' were then grafted together to form a composite showing the whole structure of the 'Edge'.

DISCOVERY IMAGE



Compare the Dss original (galaxy is midscreen) with the discovery image above. In the discovery image a small galaxy to the lower right is attached to Ngc 1512, whereas in the Dss original some distance in blackspace exists between the two galaxies, and no excited arc is seen winding around the outer left flank.

The fact that the two galaxies are interactive is deemed of conciderable importance in 'Galaxies In chaos'. Ngc 1512 is the subject of a separate intensive study with a different GIC interactive theme, in context here.


PANCHROMATIC



A panchromatic all frequency view of Ngc 1512, came from this APOD site. The same, next, is enhanced for use in GIC.

IMAGE 1512-062.jif

In case you are wondering why filename '1512-062.jif' is used for the above composite, it is number 062 in an accumulating list of images factored in GIC examinations for Ngc 1512 insights. It means 61 prior views have been factored in GIC studies, and the best from this 62 are currently in use in one place or another in the GIC site.

Also, '.jif' is the chosen file protocal used throughout GIC in that .jif images seem to have a general snappier 'browser' look and definately usually a better stereo impact when viewed in 3D as overlays by merging two side-by-side images together by eyesight.

I suspect that some browser may not like the .jif protocal or not see this protocal at all, but am hopeful these miss-strikes are few and far between. I also believe if a viewer is intent on seeing the information, they will make effort to migrate to another computer which handles GIC pages in full, and better yet, at high speed.


MISSING INFORMATION



How much information can be missed by Hubble image engineers? Here is a large Hubble view, from which was taken the inner eye for a Hubble release, this larger view pulled a long distance back to show some of the outer area activity.

This (next) GIC enhanced outerview shows a great deal of activity missing entirely from the Hubble public exposure image linked near the bottom of the text from the APOD reference site.

Hubble original, and GIC enhanced image

IMAGE 1

GIC enhanced and histogram image



Please note that the outer rim is extremely irregular. It is not uni-plane such as rings around Saturn, this rim undulates through large drifts up and down in elevations. Picture how the edge of a pizza heaves and wobbles up and down when the pizza has been sloppily thrown in the air in a pizza kitchen.

GIC enhanced image full size



Hubble original and GIC enhanced image



In the 'panchromatic' image, (see IMAGE 1512-062.jif above), individual Hubble panels are rich with hidden content. For example, here are two of the dimmest originals, shown alongside enhancements by myself each done in only a moment on a kitchen table Windows 98 PC. Click on each thumbnail to see the image full size.



The above are two ultra violet views. Ultra violet rays (beyond the so-called visible light spectrum) cannot be seen by humans so false colors are always used by astronomers, usually purple, or intense hard blues, therefore one image is purple, the other blue, the color choices used by Hubble image engineers for this picture.

Obviously an image with visible square frame at a rotated angle, and flat areas of solid color (as seen in the 4th numbnail at right above), is of no use in a master composite, so here (click) is an example made in a moment, of enhancement that comes to the brink of becoming unusable for masterpiece all color compiled composition, a great deal of usable information is still contained in the enhancement which is rolled back so does not reveal all the information the Hubble purple frame fully contains.

The purple panel is by the Hubble Faint Object Camera at ultra violet wavelength of (2200 Angstromes). In the above thumbnails it appears in a rotated square frame. When enhanced just to the threshold, with square frame concealed, the picture still contains an enormous content including a highly significant center hot spot, not seeming used in making the Hubble final panchromatic composite all frequency view.

So, you may be wondering why I seem to be taking on Hubble image engineers with muzzle off. With great risk, is how I am taking on Hubble image engineers.

GIC studies of the Hubble Ngc 1512 centereye (iris) image are   here 3,   and   here 4 under the context of 'eyelids'.

One thing revealing about IMAGE 1 immediately above, is that the inner region with 'eyeball' at center is a very prominent buldge. Elsewhere, here, it is demonstrated that some 'bar' galaxies seem barred because their inner region is as a shelf running in an escarpment across center stage of the galaxy, the center shelf itself being seen almost on edge.

This does not seem to be the case with Ngc 1512, where, obviously, no shelf seems possible in the roundness of the diffuse central bulge. It is more like an elliptical galaxy in a pre-natal state, or, just starting its ellipitical form, perhaps.


CHARACTERISTIC IRIS AND EYELIDS







In this near visible light UV wavelength view, a characteristic 'slicking eyelids' topology is easily seen in image-pair overlays, (use eyesight to merge the two images together), revealing three distinct separate arm cresents closing over the central iris.

The upper left and lower right crescent arms are closing toward each other over the center. The lower left arm is an entirely separate object issuing forth from behind the upper left crescent arm.

In fact, the lower left crescent arm may be a short thin elbow arm seen on edge.

'Slicking eyelids' topology is extensively studied in links provided above, for   here 3,   and   here 4 under the context of 'eyelids'.

An iris with eyelids formation may be in the making, in the left hand member of colliding galaxy pair Ngc 2070.



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