Many galaxies, both small and tiny, and giants, though seeming random collision scatters, locate in lines along peaks, and valleys, of very large gravity waves. UNDERGROUND GRAVITY EFFECTOR ORGANIZES GALAXIES IN THE PERSEUS GALAXY CLUSTER MAJOR   PREMISE "An undercurrent property organizes gravity in the Perseus Galaxy Cluster such that both small and large galaxies lay both along the ridges of the waves, and in the valleys of the waves. The undercurrent property which can do this is not revealed in present day astronomy images (2010)". "Other interesting artifacts in deep space are included in this review".

"SUBJECTS"

"Deep space gravity waves in oval rill formations. At end of this page - Darkholes in deepspace - Photon lensing by lighthalos around stars".

"PROVISO   QUALIFICATIONS"

"Images cited are not necessarily images found. That the cited image existed is enough for this presentation, and, aweful, packing the page with extra cited images would make sluggish your momentum reading this page".

"Patchiness in different square areas were by different plates in seamless joins, the patchiness in some of the joins not seen until the result was highly enhanced", says Tonestarr explaining this to several furrowed eyebrows in the audience of astronomers scientists and cosmologists invited in for ceremonial show'n'tell, a few quite skeptical when first arriving".

"It took massive bravery on graphic editor image enhancers to see anything in available Perseus photographs. The images in this page may seem ought but blots, at first, until cosmic engineering in the images emerge, in two forms: rills of gravity waves, and radial rosettes made of galaxies in rings with radial arms converging toward center".

"There is not a point of center which every radial arm contacts, each radial arm is at its own depth in deep space, the radial formation here is seen only from above as we have in these views".

"Seen from below should also reveal a rosette symmetry, with different radial arm details regards depths and elevations. The below view is not expected to be a mirror image of the radial surface as seen looking down from above, a concept no different than looking at a galaxy from above, then below".

This previous paragraph is Occam rising along the front wall assisting Tonestarr watching Occam drift along up and down bumping flies now and then. Occam at this moment is nonbaryonic material so the flies (baryon clumps cohesed in molecules) do not realize Occam is omnipresent yet move out of the way in the undercurrent forming long wavelines seen in starlight.

Actually, Occam didn't drift through the air. It was special effects cooked up by Tonestarr assisted by Occam using toggles on the podium in the center of front stage where a technician was once again thrust into the technology under the stand, long legs sticking out twisting turning in the air trying to locate a loose hampster which had resumed residence deep below. The flies in the special effects were bigger with eyes similar to small diffuse galaxies close together.

(GIC) GIANT GRAVITY WAVES PERVADE PERSEUS GALAXY CLUSTER SECTION OF WAVES WHOLE CLUSTER (GIC) GIANT DEEP SPACE RING IN HERCULES GALAXY CLUSTER This ring is in a Dss image of Hercules Galaxy Cluster HERCULES SOFT LANDING SITE "This soft oval is also in the Dss image of Hercules Galaxy Cluster. This may be a cat's eye galaxy (round center with short arms wrapped tightly around)".

Under FAQ at the Dss site is the following advisory: "Image Anomalies What's this funny line/feature/UFO in my scan? These images were scanned from photographic plates, so every once in a while, you will encounter a nose hair, internal telescope lightcast, fingerprint, etc. in your image. So far, none have turned out to be aliens. I'm compiling an informal catalog of regions with plate anomalies, so if you run across one, let us know".

QUALIFICATION STATEMENT

"I am assuming the following show of oval rill formations in the gigantic Perseus Galaxy Cluster deep sea, are real, and not false abominations in telescope or moire wrinkles in a clamped photographic plate". Tonestarr eases the reostate to try and clarify the bright waves seen only when the images cannot be enhanced any higher.

"The reason for asserting positive, is the extreme coherency in the overall picture, that is, cell walls (to be expected), plus concentric swirling cyclonnics (to be expected) from deep space rapid transit turbulences in motions, and flows of heat streams from one area to another (to be expected). All of these expected positives also foreclude chance occurrence of intervening media in the Milky Way laying between our camera and the distant Perseus Galaxy Cluster".

   



"A small image (black) downloaded from APOD and enhanced with gamma correction shows nothing of interest except, reduced in size, it reveals a radial rosette made of galaxies a short distance above and to the right of the big galaxies".


Two more for perseus cluster

INTERESTING PERSEUS GALAXY CLUSTER

"As an aside, tossed in for interest, this virtual stereo view of the Perseus Galaxy cluster even more shows smaller galaxies orbiting, and streaming in entropy flows in organized parades, around and between the super giant ellipticalsm in which a circular formation with radians deemed herein a 'radial rosette' and made entirely of galaxies appears prominantly coherent in the deep space region at upper right".



"3D stereo overlay reveals that small objects do indeed cluster and involve with the large ellipticals, even seemingly clinging to their atmosphere envelopes like sperm heads imbedded in eggs, and some small objects stream in coherent rivers around and about and in between the giant ellipticals. The whole scene evokes dream works from a science fiction motion picture factory, when the hero transcends physical time place and space in the movement in consciousness".

RADIAL ROSETTE


"The APOD image (black) has been shown on APOD three times and is used as the Perseus Cluster illustration everywhere, so it has to be an important image in astronomy. When highly enhanced with +400 Gamma Correction, faint traces of the gravity wave rills appear. I do not know if this image is a reduced version (less DPI) of a Dss image or is from an entirely separate telescope source. If from a separate source then collaboration wins in that two independent images show identical rills".

"Another enhancement (by a moi) of the APOD image shows the gravity waves".



"Another image (source unknown) also shows the waves, plus many other intriguing details including very small".





"Here is a further selection of Perseus Cluster images clicked at random by searching Goggle for 'Perseus Cluster'. When enhanced, each image shows coherent thrills, er, rills. Collaboration is abundant. Believe it or not these super large deep space dwellers in low radiant concentrations are real".

"The slow working brain had an idea. I went back to Dss and downloaded second (red filter) and (blue filter) third generation images. Both came down huge: 3570 x 3570 image size. I thought about reducing them to work on them in my creaky graphic editor but didn't. Both 2nd and 3rd generation images show cyclonnic and strong cell walling but little that can be called waves. In the screen captured previews next, position 2 and 3 are 2nd generation, showing super major deep space structurings in which dwell galaxies large and small. The pronounced rift valley curving down in the lower portion to the left of center approximates the rift that tracks around the left end zone of the gravity waves".

   

 

"If you overlay the two images (colored and blk&wt) merging them by eyesight new insight details are revealed, for instance radiant spokes issue out from the forejutting prominant nub which is seen surrounded by a conal circle in the lower right of the bk&wt image".

"There are great differences between the 2nd generation red and blue Dss images. The two versions shown next are reduced to 1/5 of original size. If you need full size you can get them from the Dss jukebox. Request parameters are: (Right Ascension 03 18 50.0), (Declension +41 13 54.0), plate size (60.0 x 60.0)".




"The existence of giant cell walls (image versions below) in the Perseus Cluster is easily shown by simple mugshots taken as screen captures of previews in a graphics editor (Paint Shop Pro ver. 1.12). Because I was defeated in trying to match the media densities and color tones between two different screen captures merged in composites, I am presenting three different results each showing giant gravitic wave rills (oval), cyclonnics (sweeping concentric swirls), and cell walls. The third (brightest) maximizes contrasts between light and dark areas. These show that the Perseus Galaxy Cluster seeths with sonic impacts, some caused by fast motions plowing in and disappearing into depth, others by flows and rivers of entropy (heat gradiants) moving in streams. These are the best I can do today".

             

STUPENDOUS GRAVITY WAVES STRETCHING ACROSS THE PERSEUS GALAXY CLUSTER


"LOOK WHAT I FOUND UNDER 'PERSEUS CLUSTER' IN THE DSS DATA BANK", an official astronomy site now defunct".

"The above screen captured 'mugshots' were made from large Dss images (2100 x 2100) plate size in 60 x 60 arcminute frames downloaded from the Dss (Deep Space Sky Survey) server as black and whites which had almost no content except faint blurrs representing galaxies galore in the Perseus Cluster. When enhanced by histogram equalize in a graphics editor, the images exploded into high contrast views which instantly showed rills, cyclonnics, and cell walls".

"A saga lasting many hours, many weeks, ensued, downloading plate after plate from the Dss server, until a beginning point, centering, and end point of the giant ovular structure was reached, allowing a composite image to be made, showing the whole ovular structure in toto".

"The whole structure is seen in this next view (composite by two images slid together side by side and saved). The large working images are exceedingly grainy (low resolution), the details are not seen except when the large image is displayed reduced at roughly half size to about (1200 x 1200). The large images can be used for further study anywhere. Originals used for the composites are click (left) and click (right) - two htm images.





"There is substantially more clarity when these images are viewed in the higher DPI of a graphics editor, vrs the much lower Dpi of an internet view".

ORIGINAL DISCOVERY IMAGE

The following image, downloaded from the Dss server when asked for 'perseus cluster' in a 60 x 60 arcminute plate and .GIF format, showed rills!. Images are downloaded from Dss in .html format which I changed to .htm when saving for convenience. Click for original".




"The original plate is in downshift position from the plates used to make the composite further above, some of the lower portion of the oval is trunkated in the original plate".

"The 'shifted' image used for the composite (left end) slightly enhanced to reveal the full left end of the oval, flows in parallel tracks converging transvectorally across the rills".



"Here is the right end, slightly enhanced to reveal spread out and overlapping (interference pattern) oval end zone rills (a second partial oval lower right)".




"Other than to enhance the original image(s) via Histogram Equalize in a graphics editor, I have made little attempt to further enhance or try and probe secrets out of the image(s). The brighter image immediately above was further enhanced by +32 points of gamma correction to more expose the right end of the oval rills. It seems to me all I need to do is show giant gravity waves are at Perseus, I do not need to discertate the waves or punch the datas to the nth degree, this is other's work, my work is successful by the simple act of disclosure".

"THE RADIAL ROSETTE IS ISOLATED IN A HIGHLIGHTED WINDOW"

"Different subtle enhancements reveal different subtle details".










"Radial rosettes seem to be everywhere. Two others are shown in highlighted windows next".

"First".



"Second".

"Another Perseus rosette (upper right in brown) is interesting because after spotting it I was not able to locate a Dss frame which showed more of the rosette, in center screen for instance. It may be that any further shift east of the frame in Right Ascension resulted in the image skipping to another photographic frame which did not capture the rosette in same clarity", Tonestarr says.



"A SEARCH THROUGH DSS IMAGES FOR OTHER COHERENT OBJECTS IN GALAXY CLUSTERS PULLED UP BLANK, EXCEPT FOR ONE OBJECT IN THE 'HERCULES' CLUSTER".

"This is a large diffuse thin ring, which suspiciously looks like a ring from a telescopes light strike, (for instance of light halos seen in Dss plates like an extended corona around nearby stars) but, it is suspiciously riddled with clues saying otherwise".

"P.s. Light halos, in Dss plates, around stars, can be used as photon lensing in that rearground detail beyond behind the star are sharpened inside the halo".

   

   





"If the rim of the ring has rotated in more than one vector through time, it explains why the four cardinal points crossing the rim are slewed in opposed directions. Another clue are faint inner ring residuals as second smaller circumpherences indicating this was once (if real) a brighter more coherent great object. The impression is this structure is old".

"The dark hole near the center, expect as an image flaw, has texture within, suggesting it may be a dark or light inhibiting object. Dark holes are not uncommon in deep space".

The bright sputs with 4-way star points lower right is an overbright star from the Milky Way.



Dark holes as image flaws can look like this - chicken pox riddle an image of the Perseus galaxy cluster.



A solid nail hole in an image of Ngc 1608.



THE HERCULES SOFT LANDING OVAL

The soft landing site island oval is very weak, very dim, but here it is intact. The left edge of the Hercules oval is visible upper right.

     



"To conclude, here are examples of darkholes in deepspace. As you will see, darkholes are plentiful, and may comprise two different kinds - low luminent stars such as brown dwarfs (perfect circle with heat button within, and dark galaxies (irregular shape with arms indicated)".

DARK GALAXY
in Epsilon Peg image



DARK HOLE NEAR NGC 5532 IS A SILENT GALAXY



OVAL DEEP SPACE STRUCTURE NEAR NGC 5532
fragment of giant oval near Ngc 5532



NOT ONE, BUT TWO DARK HOLES, NEAR NGC 4603



HOLES IN THE ANTENNA MEGASTRUCTURE
two small dark dots



A GRAND DARK HOLE NEAR NGC 1512



NGC 2997

"Well, weep, sob, plead, this image is from archival works going back and purports to be a Dss image of giant spiral galaxy 2997 but my best guess is now, that it is not a Dss image of 2997 unless along the way Dss changed its plates and is now dishing a different version for 1st generation Ngc 2997. I don't think so. Current 1st generation of Ngc 2997 shows nothing whatever of any dark hole lurking nearby".



"I think I got the 'dark hole' Ngc 2997 image from some annonomous source on the Internet and immediately lost track of its genesis. Whatever the case, the image is interesting. When enhanced, a dark hole of stupendous size appears easily the size of the supercell structure of Ngc 2997 itself. 'Supercell' means all of the galaxy including its dim media ranges which surround the optically bright area typically displayed in telescope image releases for Ngc 2997".

"The dark hole is coherent, that is, appearing in image versions enhanced by other means than Histogram Equalize. The difficulty for me is I have to suddenly stop making any loud proclamation. If the image was an earlier version used by Dss, the proclamations continue, if not, another image from a weak telescope's camera, we may be looking at an photo plate flaw in which case I have to humbly go completely and say nothing but ahems, at best".

M100 - DIFFUSE DARK HOLE (UPPER RIGHT) AND ARROWHEAD (LEFT)
m100 - an archytectural wonder



"It doesn't stop with supersize. M100 is everything you would want an architectural wonder to be. Scyth of hidden matter is a handsome border on the right side, a gravity well, spoking out like a wagon wheel, a beaded necklace of small hot objects heading west from the galaxy top the necklace a shaft of an arrow whose head is right where the necklace ends, and of course the diffuse dark hole nearby in the image you can't miss it even at high speed".

"Two dark holes, and a balloon near M100





"Two more dark holes and a balloon near M100 (which is offscreen to the right in this view), the dark holes again conforming in having warm centers. Above right is a zoom of one of the dark holes".

DARK HOLE NEAR GIANT OVAL NEAR NGC 3310
oval ripples and dark hole near Ngc 3310



"It doesn't stop with a few rills, at this point you do not know they are edges of a giant oval in deep space near Ngc 3310. The dark hole is of same apparent kind as each of the other holes shown preceeding above, in also having a warm center".

DARK HOLE NEAR GIANT STAR ETA VIRGINI

"The alltime beauty contest winner to date has to be this pageant, near a giant star named Eta Virgini. 'Virgini' is a mystery star since the only occurrence of its name seems to be Dss".



TWO OVALS NEAR EACH OTHER AT ARP 220





"The left and right hemispheres of my brain are still struggling with the existence of those dark holes, two of which are in the above Dss image. Are these real, or image plate flaws. If real, there are a lot of them out there and represent a cosmic celestial form unlike anything currently under studies by astronomers".

TELESCOPE LIGHT-REFRACTORY GIANT CIRCLES

"Here are examples of Dss plates with starhalos with photon lensing information coming through from behind the halo, from behind the star".

"Giant artificial light ring near Ngc 2915"



EXAMPLE 1 - NEAR NGC 2915

"Example of a perfectly circular and precise telescope 'hem' of giant size overlaying a chunk of deep space".

"Giant circles are different than ovals in having sharp lines as if scribed by a compass. Spherically precise is the rule for giant circles. Giant ovals have broader bands and are clearly not scribed as if by compass".

SHATTERED

"And then there is this - overlaying Ngc 2207 a shattered halo around a nearby star. Must have blown some astronomer's minds when they first saw this then realized it was a false positive, like I did".

LIGHT HALOS AROUND STARS

LIGHT CIRCLES AS AMPLIFYERS AND MAGNIFYING GLASSES

IN GALAXY NGC 2264


amplifying light halo around bright star S MON

"Notice how much more information can be seen in the halo of light surrounding this very bright star named S Mon in the Cone Nebula Ngc 2264, as displayed by APOD. It looks like light amplification of details within the light halo is occuring, certainly it is true when the light halo is highly enhanced, that diffuse and halo details look substantially different then when seen in the dim original view (left)".

IMPORTANT FACT



"If you have not already seen it, in this image triplet, notice in the second pane how very strong blue enhancement (plus red) has revealed how the red tongues in the upper right are overlaying the blue drifts and light halo which lays behind, the egde of the tongues perfectly outlined by the blue proving that blue drifts and star S MON lay to the rear, with blue drifting forward into the foreground in the lower right, an interpretation verified by viewing the next two images in stereo by focusing the two images together in overlay".



"Virtual stereo view of S MON. Both images in this pair are identical, side by side".

HYDRA

"Here next are Hydra views side by side for comparison. The first, at left, is the original, the other two views are two different enhancements each showing different textures in details within the light circle . By focusing these images together as virtual stereo pairs you can see in an instant how small object distribution in an around the large galaxies forms in streams, rivers, and drifts of sheeting".

NGC 1512

EYESLICK GALAXY NGC 1512 eyeslick because it looks like eyelids slicking over an eyeball. Blink.

"Tossed in, because, somewhere an eyeslick galaxy needs to be demonstrated".

"In ultra violet".

"The strong arm of the law has been keeping Ngc 1512 busy as the little elliptical keeps orbiting around from different inclines and transvectoral directions. Interestingly, the spider strand tidals are not necessarily the paths the elliptical has taken. This is very revealing in tidal modelling".

"The arms are in every plane of the 3d dimensional quadrants. No tidals follow the same 3d plane at all".



"The galaxy has been repeatedly anti-wound by the orbiter's encounters. That is, the galaxy is rotating anti-clockwise as the encounter orbits clockwise. The result is the outer arms compressing and bunching up anti clockwise, as the orbiter's gravity drags around clockwise slowing the outer rim's anti clockwise velocity".

"A push inward in the north west has resulted in a bar arc of intense star birth, moving in on the inner disk from the north west side. The galaxy itself is slant angled to the left independant of the mirror slant used for these views".





"It's as thick as a cactus".

"The edge is festooned with seek engines".

Correct me if I am wrong, but is not prism effects seen in some galaxies not unlike the nearby animation (double negative intended).

RADIAL ROSETTE IN SPIRAL GALAXY NGC 253

"The radial is located in the rear upper edge of a Hubble image of NGC 253. Only a bit of a punchhole was indicated in the Hubble. Mauling of the area by image adjusters revealed the telltale circle. The image is the limit of resolution. Behind the radial the graphic adjusters can put in information of their own (extraordinary unusual event) in red".

"This Radial splash rosette on an upper ridge of the Scultor galaxy Ngc 253 is unusual in the characteristic of having teeming small stars, too many to count, organized in rectangular patches pitched at different angles and elevations, all being sucked inward to a pullmotor's pole. To the left, towering ladders of small stars laid in parallel horizontal stacks. What kind of magneto can do this with stars".

First is a cut from the Hubble showing the rosette location at upper left.



"Radial rosette in NGC 253 - image in 3D (go cross eyed) shows that the radials are each in their own planes".





Finger Up ups finger suggesting in the usual low slow steady voice that can rumble the floor, it may be merely spurious rastering by the kind of imaging techniques Hubble controllers used for this particular image, of Ngc 253, if raster. "It is unique because such red cordwood stacking has not been seen in any other Hubble image".

Meticulous suggests that because the red cordwood is stacked in radial concentric patterns in the rosette itself, Hubble could not be responsible.

"Next", says Occam avoiding a flare up these two sometimes have. "When Hubble explains itself, or another image shows cordwood and logs, that is the time to have flareups". "Logs"?, says Finger Up.

"A rastering problem". Meticulous has been at work, has now more evidence. "Okay", says Occam, "let's get this settled", looking at Finger Up.

Up come two new image pairs on the giant wall. "In blue, and in red. The red shows the cordwood drawn out of a very dim dark area in the Hubble original which assume has low gamma correction content in not radiating in the frequencies (usually three) Hubble used for the image, meaning that the cordwood is merely residual trace raster scans and not full hadronnic content". Meticulous waits for responses. No one says anything. It's tacitly assumed Meticulous made a point.





Occam steps in, wipes the wall, puts the tripod with the cube and sphere of the supreme creators aside in its place by the wall, says, referring to everything seen all day, "if you think these images are dazzling, someday you will be seeing them in the fifth and sixth dimensions".

Then:

"Its nearly 11 pm, its been a long day. Tomorrow, same time starting". Some in the classroom hastily write 'radial splash rosettes', one adds 'bigtime'. Two add fifth and sixth dimensions.

DONE


             

PLANET PARTICLES     HOME PAGE High energy particle masses and wavelengths intertwined. Also, solar planet orbits excellently model wavelengths to high accuracy

Contact: rhaestarr@yahoo.com