GRAVITY WAVES AT 51 PEGASI

More gravity waves including in deepspace around galaxy clusters

AT EPSILON CMA - GRAVITY WAVES

At Epsilon Cma - tiny gobs of cold matter surround the center


Extremely unusual - parellel thin streaks across the light halo, as if by a silent intruder, but no sign of an intruder, otherwise, equations have to be factored explaining how a star can maintain parallel streaks, plate flaws may not be a factor - witness the following:

When enhanced by histogram equalize, the streaks burst forth into bold waves writhing across the field of view. The question is are these arbitrary, or gravity waves. The following detective explorations support a gravity wave interpretation



Click for a midsize view in which variations in wave properties are easily seen

In histogram, the star is sitting in a moire pattern (the silent intruder). If the star is pushing to the west in its drift in the Milky Way, the mystery of the moire is explained

These are gravity waves, their signature is seen in motions where withdrawal (moving way) stretches and broadens the wave size, and moving into compresses, in compression creation higher frequencies results. This is no different (for gravity waves) then for doppler shifts for any motions, too and fro, forward and away



The gravitic sea is very extensive - it extends north south east and west far beyond the borders of the above Dss frame, with a seeming extended bias along a (south/west) to (north/east) axis, a bulge in the lower portion, squeezing in a pear shape toward the top, but inconclusive, thank you Dss. Attempting to download plates shifted along all four X and Y co-ordinate axis to comprise a full picture of the gravitic seas led to naught - the picture media changed abruptly at certain boundries (where boldly dominate gravity waves became more vague yet present) then again at a second boundry further out where the gravitic waves abruptly disappeared entirely, one small increment change in Declension or ascention to the next was all it took to encounter a boundry. Examples of boundries are shown below

Here next are a few examples of extended bounds of the gravitic sea, showing strong, then weak waves of a different kind at a plate boundry, then abruptly no waves at all at yet another plate boundry

HISTOGRAMS

For example, here is where a new plate abruptly enters (inskips). Click on images for larger view

At Declension -28 58 89.55
At Right Ascension 06 67 25.5 (long shift into left field)

Good strong waves



NEXT

Very poor image with waves poorly seen, at Declension -28 58 89.55 and At Right Ascension 06 67 29.5 (shift of only .. .. +04 .. in RA)



NEXT

In another example, not only a change in ambiant textures in photo quality, a complete change in information, except for stars per se

At Declension -32 31 89.55 (straight down in midscreen
At Right Ascension 06 58 89.5 (midscreen)

Good strong waves



NEXT

At Declension -32 32 89.55 (shift of only - .. +01 .. ..) At Right Ascension 06 58 89.5

Different image (lower quality) with different waves



Click for medium sized plate, particularly pronounced strong waves (curved, thick)

Click for medium sized plate, particularly energetic weak waves (long, thin, straight, very close together)

ANOTHER PLATE SWITCH - FINE LINES SUDDENLY BECOME A CHECKERBOARD

Fine lines at Declension -37.30, and at Declension -37.40, an inskip of another plate media has taken place, in which waves are absent but a noticable checkboard mottling reveals substantial clumping in energy fluctuations - no trace of gravity waves is seen, the new plate inskipping is basically radically different in photo textures, very lower grade resolution




Checkerboard grid - clumpage



Interpetation of this is either (the waves are all being spuriously generated in scans), or, different media in the new inskip plate has captured different more high frequency waves in abundance (like seeing major differences between blue optical and red optical, except this difference is in infrared)

Close inspection has you see how the two above plates are identical in terms of exact starfields, the shift in declension of such a small amount between one view and the next is too small to be noticable but the change in media quality is self evident - ergo these are two different photographs

Only the starfield itself is visible in the original infrared views from Dss, and at best the starfield is hard to see dark and dim against pitch black background

Click for original starfield 1
Click for original starfield 2

Both starfields have been reduced to 1/6 in size because there is no point in showing starfields with nothing in them

All of these plates and plate shifts are from Dss Poss1 infrared photos

NEXT

Abrupt boundry inskip in a tiny RA shift west - strong waves are abruptly replaced by fine line waves in an entirely different gravitic pattern in an image which is blurrier, less resolved in details



RIGHT ASCENSION IMAGE INSKIP

Heading west along the centerline from the star at Right Ascension 06.58.55.0, an inskip of a new plate occurs at a boundry where, at RA 06.67.26.55 the gravity lines are bold and distinct and in a short shift further west a new plate media version appears, demonstrated at RA 06.67.27.55, where no lines or pattern of any kind is seen. A thin line media version has not appeared the plates switch staight from bold lines to a next media version with nothing



Slide the image toggle to the right to see the thin lines magnified when clicking on the image for a larger view

Here the abrupt boundry shift is between strongly showing waves and no waves showing at all. Also noticed is that stars in the no-wave plate are weak or do not show compared to the same stars in the strong-wave plate, similarly, some stars in the no-wave plate seem more luminous, which relates to what frequencies were used in the photography for each plate

,.,.,.

Click for larger view 1 (1000x500)
Click for larger view 2 (2000x1000)

The 2000x1000 view is small compared to the full Dss scale for the composite image - at 7000x3500 it is simply too large to handle in this project

CO-INCIDENCES

Some of the gravitic waves appear as if being attracted straight to stars attracting as nodes. A close look at the documents (pictures) reveals these attraction nodes are co-incidences, any bright star can be in a co-incident node, for instance if the waves were separated in an overlay from the stars, and the wave overlay moved around, apparant attractor nodes would be commonplace. The bright stars have no relation to the waves





The strong wave continues in downshift, shown next below two plates merged into one longer, it was a very small west shift that resulted in the abrupt boundry change shown above. The actual downshift-upshift per media is several full screen page sizes, the east to west spread is not as large



Wish list - I would like to know the full size of a photo plate used in the telescope for each Dss sky survey snapshot. I would further like to know how much of a portion of such plates, comprises each CD scan of (60x60) arcminutes

I would also like to know what variations and similarities were used in bordering Dss infrared plates, in terms of filters and perhaps plate media, request stemming from seeing cross border continuity from one plate to the next where information is contiguous extending across a border but content value is abruptly changed for instance detail resolution and clarity much diminished abruptly between one plate and the next across a border between two successive plates, as well as the gravitic pattern itself, abruptly changing from bold strong wide waves, to long and thin waves packed close together

Knowing the wish list information will make it a lot easier to make decisions about the following information



Epsilon CMA brightly luminous star, in Dss Poss2 infrared, at Declension (-28 58 89.5) and Right Ascension (06 58 37.55) showing pronounced rill moire, suggesting the existence of visible gravity waves in that region of deep space

The existence of 'gravity wave' moire rills in the midst of a Dss infrared star Epsilon CMA plate presents an enourmous problem. The problem is centered on whether, or not, scanning and/or photo could spuriously produce information in the resulting image that is not in space

In the case of the Epsilon CMA pattens, the problem is further complexed by the existence of patterns in more than one plate, in two ways, the pattern extends in bright and detailed views well beyond initial (60x60) arcminute view with the star in center, to above, and below, also east and west of middle, where other plates suddenly take over, which also contain patterns but of lower luminous intensity and clarity, (weaker, more faint, blurred, more tightly packed in longer thinner arrays, yet compositely continuing a patterning)

The shift between plate kinds is the good news, establishing a pattern grid range that is large

The bad news is that some of the grid moires seem to be homed right in on (or pulled straight to) individual stars in the starry backdrop as if these stars were able to attract gravity waves. Such attraction is more consistent with spurious generation of moire attracted to hot spots during digital scanning, in medias not related to real place in deep space, however the above abrupt boundry shifts between different photographs suggests the moire are the wavelengths of a large gravitic sea saturating the space in which resides star Epsilon CMA. There is no indication that Epsilon CMA itself is responsible for the waves, but may have modifying effect(s) on the waves as the star drifts through them moving through open space

Nodes can be seen in the three sample thumbnails. It is easily argued that these 'attractors' are merely co-incidence the seeming attractor star merely located at points in the grid giving allusion to pulls which are not actually happening

Real bad news occurs if it is leaned that large photo plates where composited (joined together) then scanned enlarge via big brutes of kind for instance which scan architectural blueprints, large like this would input a consistent scanning error (moire) across the boundries of several different photo plates used to make a single composite to be broken up into individual (60x60) digital scans

The good news is that plate composite borders are never seen in (60x60) plates where two different photo media grades are seen border joined across a single (60x60) plate, which would make a noticable discontinuity. Media grades shift abruptly, as one plate's range ends and another's (inskip) abruptly enters

OVERALL SHAPE

And yet, tracking the range of the pattern(s) across borders through different (not merely just identical) actual photo plates, suggests a gravity wave pattern in an elongated layout at a slant roughly north east to high level south more extended upward in a mid axis range of overall large framing, and less range upper eastward

The lower right range is extra large, the pattern extending lower and more eastard proportionately than either lower west or upper west suggesting an oblong bubble rather than stretch or oval, the wider part of the bubble lower east, the narrow part of the bubble along an upper axis centered more toward mid and offshifted slightly toward upper left

This is noticed where patterns abruptly disappear. There are so many (60x60) plates within the pattern range that it is impractical to try and get a whole picture in place within a standard home Windows desktop PC of outdated vintage (mine is Windows 98), it takes time to download each plate from Dss, and nowhere is there enough room to display plates in a large tableau. The compromise has been to focus in on limiits of range from upper left, middle left, lower left, and concomittantly upper right, middle right, and lower right. It is this compromise which has led to suspician that the 'pattern' in an oval bubble on a south/west to north slant, and that the pattern has an abrupt west edge, on, then abruptly off, nothing, no more

A sherlock holmes investigation pursues the waves in these Epsilon CMA plates. There is a main plate which ascends upward roughly -.20 in declension and -40 down in declension, to where at both up and lower junctions other plates skip in, each, upper and lower inskip, with gravity waves still present but of much poorer resolution and clarity, both inskip plates seeming of similar character as to plate media, and/or focus time, and/or infrared (and other) frequencies comprising the plates

QUALITY CONTROL

This page is slightly unorganized, in that an original plan to piece together a large image showing the extension and reaches of the Epsilon gravity waves could not succeed due to inconsistency between downloads from Dss regards selected plate ranges and plates recieved, and more so, inconsistency in the quality of image clarity between different plates

The range of the gravitic sea is very large. Several dozens of plates would be needed to show the whole in one, not doable in the contraints of a standard issue desktop Windows PC windows 98 version, it turns out

The second problem is abrupt boundries, two are noticed, where distinct bright wave grids suddenly become less distinct, more out of focus the image quality more noisy in the overall, following at yet another abrupt boundry further out where gravitic lines vanish completely with but a tiny change in the Right Ascension and Declension parameters of plates

The inconsistency in quality is because different original master plates seem to be involved, in which photography differed, which serves to prove that the gravity waves are real in spilling across boundries from one manner of photography to another, ruling out a flaw in a single large plate yeilding a moire pattern due to prismatic stress in the plate itself. The fact of the gravitic grid disappearing entirely at the second boundry (in all directions reaching out to a far distance around the star named Epsilon CMA) - revealing that different frequequencies were selected for the different plates revealed by the different boundries - in turn revealing that the gravity waves are highly visible in some frequencies, weakly visible in other frequency composites, and not visible at all in yet other frequency composites - concluding that the waves are visible in certain frequencies, not visible in others

By the time the project had grown to where I was looking at plates several 60x60 times to the left, right, above, below star Epsilon CMA also plates to the outer fringes in the four corners of cross diagonals, over 150 plates (approx 75 originals and 75 histogram enhanced) had accumulated in my hard drive (some were redundants shifted only by tiny increments one view to to the next) using more than 500 Megs and I lost control of where and how these plates were named, it was time to quit, normal PC desktop venue was simply not up to the task

I believe there is no need to go any further in showing plate boundries existing in Dss plates, demonstrating frequency differences revealing (and not revealing) the existence of gravity waves

At left is a section of a plate enhanced with normal adjusters (not histogram) in which the waves, pale, are nonetheless visible. Click on the image at left for a larger view

PANEL SUMMARY

Next is a display of plates in four sequential panels, each plate an infrared original transformed by histogram equalize. These panels are nothing more than screen captures of the thumbnail browser for my current in-use PC windows graphic editor Paint Shop Pro vre 4.12. Many may seem identical but each is not, some shifted (left-right-up or down) by tiny increments searching for borders where a plate kind abruptly shifts to another

Many of the redundancies in plates are also actually the same plate saved at different sizes. It is this plate size 'image appearing redundancy' plus hardly apparent shifts, which assisted burnout which led to fatigue which has led to weariness and lack of interest in pursuing any further the subject of gravity waves at large star Epsilon CMA (that is just me, begging off)



The directory holding the panel master images is very congested, it includes the originals which are merely solid black with dim and white stars. Uncounted dozens of plates were deleted after download in not having the answer - for instance in finding boundry shifts between different plate medias

These plates were all handled in Paint Shop Pro ver 4.12 which is old but steady and reliable. Psp ver 6 was purchased some time ago but proved unusable, too many new bells and whistles and bewildering displays of icons everywhere - not enough display space - too many online commercials

I also had a later 4.14 version which disappeared shortly after switching to a Home Internet connection which was online the whole time the computer was operating. PCPro was prowling, it turns out, for programs in use not paid for (I had purchased the ver 6 only to find it unusable so had been continuing use of the 4.14 until suddenly I was cut right out by screetching demands for payment the fact that I owned and had paid for the current version did not seem to matter, and nothing could be done to rid the screen of payment demands for the older version (the ver in question totally disabled by a cunningly concieled cookie) even when Psp was not in use - I had to delete the whole thing and start over back at ver 4.12

Back I was at square one, re-installing the previous Pspro ver 4.12 1991/1996 in 2002, and found it still worked, am still using it today two years later, it is less than perfect in image translations particularly between .gif to .jpg and to .jif otherwise I can comfortably live with it and do not feel I am short circuiting images factored in this earlier (still usable) version of PSP - (remark by -GM- the author who shakes his head at the number of ways money keep poking in to stop the mass movements in consciousness attempting to reshape this planet)

GRAVITY WAVES AT 51 PEGASI

Here are 4 gravitic bands horizontally crossing the plate where large star 51 Pegasi is drifting. The fact of long horizontals indicates the gravitic formation is large. Due to the fatigue as the final gain in attempt to track the gravitic sea as Epsilon CMA, no attempt has been made by a moi to pursue the size of the gravitic show at star 51 Pegasi

At 51 Pegasi - gravitic striations



The ripples (gravity waves) are extremely dim, seen only in the Dss Poss2 red plate. Histogram shows them at once. High levels of illumination adjustment reveals them against a grey backdrop of deep space

A faint outer ring surrounds 51 Pegasi



Google site search for 'gravity waves', also search for 'gravitic' will yield more information

The main thunbnail page for gravity waves is Edge.htm

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