(GIC) GIANT GRAVITY WAVES PERVADE PERSEUS GALAXY CLUSTER ORIGINAL COMPOSITE MISCELLANEOUS PERSEUS Other Perseus cluster images. Perseus A - giant elliptical galaxy in recent collision (GIC) GIANT DEEP SPACE RING IN HERCULES GALAXY CLUSTER This ring is in a Dss image of Hercules Galaxy Cluster (GIC) HERCULES SOFT LANDING SITE This soft oval is also in the Dss image of Hercules Galaxy Cluster

Warning! This page loads 40 Meg in images. It is worth the wait.

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 scratch, internal telescope reflection, 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 abberations in telescope lensing or moire wrinkles in a clamped photographic plate.

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.

   

The smaller image was down loaded from APOD and enhanced with Gamma Correction. Click on images for large.

The APOD image (above right) 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 the Dss image or is from an entirely separate telescope source. If from a separate source then grinning collaboration is a win in that two independent images show the same 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', and for 'Abell 426'. When enhanced, each image shows coherent thrills. Collaboration is abundant. Believe it or not these super large deep space dwelling 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) 2nd 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 red and 2nd blue 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 blue, showing super major deep space structurings in which dwell the 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 red and 2nd generation 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).

2ND GENERATION RED


2ND GENERATION BLUE



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. 212). 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, 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.

The above screen captured 'mugshots' were made from large Dss images (2100 x 2100) plate size downloaded as 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 ensured, 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 slide together side by side and saved). Click on the image for full size (large). The large 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).





There is substantially more clarity when these images are viewed in the higher DPI of a graphics editor.

ORIGINAL DISCOVERY IMAGE

The following image, downloaded from the Dss server when asked for 'perseus cluster' in 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 avoiding tild names. 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, and 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.

A 'RADIAL ROSETTE' ELSEWHERE DESCRIBED, IS SHOWN IN A HIGHLIGHTED WINDOW



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




This rosette immediate above (upper right) 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.








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, but, it is suspiciously riddled with clues saying otherwise.

   

   





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.

     



GALAXY CLUSTER ABELL 2390

       

           

   

If you overlay the two above images together by merging them by eyesight new important details are revealed, for instance huge circular rounds pillow forth like gear housings in complex differentials, the huge rounds perhaps the donkeys having enough storehouse of low radiant mass to satisfy the needs of gravity in keeping galaxies clustered together in small local herds.

A Dss 2nd generation blue image of Abell 2390 galaxy cluster shows a great deal of clumping of small conglomerates of sundry deep space matter.



A Dss 2nd generation image of Abell 2390 galaxy cluster shows a more homegenously distrubuted deep space sundry matter field.



A 1st generation Dss image of Abell 2390 galaxy cluster shows a more patterned backdrop with many local cyclonnic swirls, and rivers of entropy flowing in streams. The predominent sundry mass distribution is in the left side of the field, in contrast to the 2nd red and 2nd generation blue images where the greater (brighter) sundry mass density is to the left.



OTHER PERSEUS GALAXY CLUSTER IMAGES

CELL WALLS AND STREAMING ARE IMAGED

An image (next) from this site, (taken via: 20 min. exposure at f/7, ST7 Camera, 6" AP refractor. Self-guided. December 29, 1998, Valencia, CA, bright moonlight) shows cell walls, cyclonnic rosettes, and entropy flows, but no wave functions.



Next, this infra red image (source unknown) shows similar - strong flows, cell walls, and cyclonnic rosettes. Original image is shown at right.



Next, the center group of larger galaxies can look like this. Source unknown. The myriad of small elliptical galaxies streaming between, and festooning the shells of, the large ellipticals, is profiled.



A 2mass (ESO) color image, when highly enhanced, shows cell walls, cyclonnic rosettes, and entropy flows, but no thick wave functions.



Cringe - I am not sure if this is Perseus Galaxy Cluster, or Perseus star cluster in Perseus zodiac region. In either case, cells walls, and prominent 3D ridges of density are noticed at once.









PERSEUS A

Perseus A is a supermassive elliptical galaxy which dominates the Perseus Supergalaxy Cluster. Perseus A is chaotic, some think massive explosions are spewing matter forth out the side, another images interpretations suggest repeated ongoing disruptive collisions.

Next is a quick gallery of important Perseus A images, also officially known as Ngc 1275. Perseus A is enough of a question to warrant its own study and images page, click on links offered below.

Click to open page for Perseus A study and important images page.

CLick for express to the 'corkscrew' image study.



CLick for express to the 'chandra' image study.



CLick for express to the 'purple' image study.

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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