to bottom     Hubble Acs camera profiles a mighty it has forms
  not normally seen in galaxies or galaxy photos

THE SILVERADO - GIANT GALAXY NGC 3370












The silverado is a name given to a large conning tower jutting out of the midst of galaxy Ngc 3370 (image left).

Tiny irregular spiral red galaxy (image right), contained in the deep space backdrop of the silverado view, enhances enough to become very interesting, yet not enough details to declare statements about it but worth a second look. The very deep field backdrop enhances to expose uncountable teems of blue galaxies (seemingly beyond doppler red shift galaxies far away), at the deep field back wall

Lookin' good in a dim way - see all no - outer arms are missing in the original, two thirds of the hurly little guy's mass volume is missing in the Acs original

Galaxies streaming in rivers are seen in an earlier (1996) Hubble deep field view and for reasons known only to the urges of creative buzz are included in this page. This whole page came together in slices of surge, that is, one idea crowded upon another so it presented difficulties and I know it is not an easy page to read through in one self evident session. It is the best I could do, coping with the surges, under the circumstances, given serious time contraints to do the page.

LEAP TO THE SILVERADO
LEAP TO GALAXIES STREAMING IN RIVERS


The Acs camera did not focus the whole galaxy in a single frame. A histogram comparison instantly shows how much of the bulk is clipped from both ends along the galaxy diagonal.



Nicely done by Acs, the histogram shows how many more background galaxies were picked up in dim medias (hidden mass) in the photo. Two examples next, of dense galaxy clustering in the background are shown. The black screens (left) are clips from the Hubble Acs original, bright screens (right) showing myiad galaxies clustering, are histograms.

The myriads of galaxies are blue. The black screens show only doppler red far distant galaxies in the background.

These next four images are hotlinked for full size upon click, this, because they are important images.







TECHNICAL ADVISE

To obtain the histos of the background clustering it was necessary to histogram the whole image then clip out the small pieces wanted. Histos of the small pieces per se produce only garrish overwhelmingly contrasted results. It is because histogram works with the brightest aspect of an image diminishing contrast backwards to expose small and tiny details in contrasts against the image's brightest features.

The technical advice is given not to rub a rabbit tail in anyone's face, instead, offered in case any one has not solved the mysterious kinks of using histogram images for fine detail research.

Click for larger histogram
Click for full size histogram

Click for original piece 1 (black)
Click for original piece 2 (black)
Click for clusters piece 1 (histogram)
Click for clusters piece 2 (histogram)

BLUE SQUIGGLES

Leap to 1996 Hubble deep field images

Images from original Hubble deep field views in the 1990's enhanced
enough to show tiny little blue squiggles literally littering the whole of the background but these tiny blue squiggles never appeared clearly enough in the lower Dpi of a browser to be used as online images and I was never sure if they were not merely a flue virus in the Hubble telescope. These blue galaxies above are definately there, and some have the look and feel of multi tangled conglomerates that were such a hail of announcements in the original Hubble deep fields.

The significant difference is these deep field blues above did not take days count them on both fingers twice, to photograph steadily without a single heat or proton shower vibration from the sun to disturb the focus. What might Hubble Acs see if turned on and the astronomers go away for a long weekend letting the camera work on its own, recording blues from the backwall of the universe. I used to think the blue squiggles might by something in the Milky Way, like strings, being revealed. I withdraw that from myself in light of the above exposures.

It is possible the deep field blues are multi colored and doppler red, except, captured by chance by the blue Hubble used for its Silverado image. As you can see, there are no personal pronouncements about showing the images. The Silverado is a different thing entirely. Whohhh what a surprise when I first saw it in 3d.

THE SILVERADO

Hubble ACS camera for grand design spiral galaxy Ngc 3370

Click for original full size
Click for enhanced full size



Above, these two views focused together expose the 'silverado' a broad flat conning tower thrusting up in the midst of the galaxy's right flank. I have this in thoughts to explain it. It is a mystery device. (A device is anything a galaxy uses to balance and counterbalance. Tympani(s) are devices galaxies use, for example. So is bi-lateral symmetry).







A huge vertical upthrust in the right flank, with pronounced vertical straight edge is two different sundry matter medias of identical charge state that are not mixing or merging, one of the charged contents moving at a faster (vertical) velocity than the other.

This is how the beautiful object herein called 'The Silverado' has formed. The image enhances in blue to reveal the silverado with clearity, which is why the name 'silverado', because the blue enhancement resulted in silver color.







MAGNETIC BOIL

This highlighted object I am going to name 'magnetic boil' as another class of object. I spotted it in looking at Hubble's Acs huge original, which barely loaded with great crankiness in my graphic editor (used in Windows 98 pc) at 240 Megs in size.

It means there are probably 'magnetic boils' in every seething galaxy image I have looked at, here is the first one seen so self evidently that I immediately gave it a class name, the name instantly sprung to mind is the name I used - magnetic boil.









THE LITTLE GUY



The little guy (with cousin) looks bigger, and bigger, via enhancements Hubble Acs did not use.















Virtual stereo is not giving us a good answer in this situation. It appears the small red galaxy is behind the arm ergo far away in red doppler distance, and yet, due to the justaposition, it seems the small red galaxy is interractive with its big cousin. As said, virtual 3d is not giving a clear cut answer - virtual 3d usually does answer such questions.







Left, a Dss Ngc 3370 view showing that not a significant amount was clipped from the bright part of the galaxy.

A cowling facing left in the upper right is a sure sign of former collision, a reverse seems indicated in the lower left where a bright thin arm suddenly disappears into what seems a cowling faced in the reverse direction.

In this regard, the galaxy may be bifurcated as two who merged once upon a time. A merger bifurcation is clearly seen in the more nearby galaxy Ngc 2997

HUBBLE DEEP FIELD 1996

Upon making deep field remarks about blue squiggles, a half day later dejavu kicked in. I started thinking of ways of possibly finding some of these earlier images amidst over 300,000 images and thousand(s) of (htm) driver pages archived in everywhere in different 20 gig and 6.5 gig hard drives, not so easy I started looking for 'galaxies streaming in rivers' apparently that was not quite the right phrase but did finally happen upon a rather large exploration covering 6 .htm pages tearing apart and looking into perspicuitiously Hubble's largest 1996 deep field image and there were the views that had become dejavu.

First attemp was at the Hubble center online at STSd/HST which is no more (site I used to access for 7 years and could find images in a few minutes, no more), over a half an hour later I left their new site saw photos of handsome looking astronomers smiling into the camera, lots of adds for sales, a few deep space images of less than 50k, and click after click revolving through literatures now filling the new site with boasts, and announcements, but No Pictures!

So, back into my computer, searching 7 different archive drives (which include dozens of former projects stored in big 20 giggers) and finally, where I least expected it, an .htm page with a descript that seemed to fit but not image just blank square a 'whereis.com' search turned the image up where I least expected it a large deep field project using 1996 images and there were the big brute deep field Hubbles so big they had been almost unweildy and there among 8 different .htm pages I had long since totally forgotten, the Images!

These deepfields being shown are not from full size originals, I had reduced these in size earlier (circ 1998) to make them more managable. I have no idea where my orginals are, or their names, at this moment, and have no intention of wasting time trying to find them. In glory days now past I would have simply gone to the hubble site and downloaded them in a few minutes, can't now, couldn't even find one after half and hour reading page after page of glories about hubble and nasa and not even one good image, not even one image I recognized, in fact.

These first (first two groups next), I had never forgotten but had abandoned, because it showed deep field galaxies streaming in rivers, and the third I had long since forgotten but was the image (blue) which had provoked the nagging dejavu about squiggles. Whewww. What a saga, going back into the past, into a Hubble historic image site which no longer exists it has become pointlessly commercial, and then back into my archives which is like reforming words made of alphebet spaghetti now cooked in alphabet soup.

You can click any of the dee field image for larger size. I stopped doing image clicks and Alt(s) quite some time ago due to tediousness setting them up, then having to be ultra sharp if making any change to ensure getting all of the Alt(s) and whatever the clicks rewired correctly in different pages, yo, no, no more, dissolved such tediousness and since have been a lot happier.

I selected two to include shown next, one is this (the first) I have always liked because in stereo it does seem to show galaxies streaming in rivers. The third group I even more liked because it shows both blue squiggles and deep space sheeting and migrations, that is, streams and densities denoting deep space rearwall of entropy on the move from chaos toward coherencies (my pet theory, that entropy flows in reverse from bedlam to peace, from chaos to intense tranquility).

GALAXIES STREAMING IN RIVERS







Incidentally, the thin green line up the middle tells you how well virtual stereo works, the thin green line is an artifact from Hubble seamless image patching, it has no virtual photon content, it has no inherent 3d, it stands alone above the image plane, at the surface of the plate. It shows you how much behind the surface plane that 3d is spreading forth a panarama into the distance, as minimal as the 3d is in these highly toxic hubble plates the 3d you see is genuine, the galaxes are in ribbons which are streaming in rivers. From a long distance off, in mono, these streams seem like universe cell walls.

Cell walls can in fact be seen, in green curved boundries, the media density different on one side of the boundry than the other.

MORE GALAXIES, CROWDED IN BUNCHING







Faint thin lines can be seen trailing away from galaxies showing where the galaxies have been meandering. The motions seem (other than the streaming flowing in a river) general showing the galaxies and galaxy tangles are moving around in different paths toward different points of entanglements.







The sprintling you see in these large plates in 3d is small data points superimposing, creating false sparkles. Look for color object placements in the 3d and the various curving and straight lines of matter, every one is on its own 3d vectors of 3d direction and in its own focal distance plane.



Graphic editor adjusting techniques used to gain maximum enhancement have snuffed some 3d, glimpsed in the blue views immediately above and next.

GRAVITY WAVES MADE OF ENERGY





Swirls are apparent, the edge of a thick swirl on edge lower left and a large oval swirl around a group of galaxies mid picture to the right of center, for instance. A smaller swirl is in the inter media in an empty area a bit to the lower left of center.

If they are any form of gravitational lensing it would have to be a new variety, since few galaxies are supposed behind this rearwall where galaxy assembling is conjected to have recently begun. The swirls may be simply streams of sundry matter moving between plane plateaus, although the swirls lower right include strings of tiny galaxies.

They do in fact have a look and feel of being gravity waves which saturate the inter medias of space with energy - the conversed form of matter, from which matter has evolved (another pet theory which includes the bold declaration that there is more energy in the universe than there is matter).



BIG GUYS











Which reminds me, the condition known as geriatric memory failure onset - myself at age 64 experiencing abrupt memory hiccups starting less than 3 years ago for instance a well known name abruptly vanishes the moment the name is spoke in a conversation, and I now know how this happens.

See memory.htm

You will notice in the above paragraphs a tendency for autobiographical, very unusual for me but now is a good time to dispense with notions that this (visitastronomy) is a team project with hosts of volunteers and plenty of supervisors, there are none, only me, solo.

CYCLONNIC MOTION OF DEEP FIELD REARWALL

Since I have introduced the pet theory (in section above), about entropy, here is another about rearwall evolution. The whole of the universe rearwall moves in a cyclonnic swirl sideways, for instance where are the galaxies seen way back then, now. They have cyclonnically swirled on sideways.


GALAXY TANGLES CYCLONNICALLY ON THE MOVE

For example, where an earlier galaxy tangle (for instance image at left) is seen then, move the viewfinder sideways around in a slightly enlarged circirmpherence, to find it displaced and more evolved, then enlarge the circumpherence again in the direction of the find, and find it again more evolved. If correct, this approach can track galaxy evolution step by step from rearwall to present instead of just once way back then, never to be seen again looking only along straight line of sight.

For example where is the leggo set now (in highlighted window) or a million years later after this photograph. It does not matter if the individual galaxy tangles are streaming in a river in one direction, or each tangle in its own direction, the whole realwall er, rearwall, itself including all of the tangles are cyclonnically on the move in one direction.

The cyclonnic evolution assumes the whole of the rearwall is sweeping in only one preferential direction not willy nilly every which way. It is like looking for a flow of ether that effects relativity which has never been found. This is different, it assumes the universe is rotating. The mystery is to find which direction on which 3d axis co-ordinates the rotation is centered, made more difficult if the universe rotation is of a sphere not a disk, even more difficult if the universe is articulated for instance if the universe has arms, like galaxies with arms in a global not diskette package.


Illustrated is a galaxy with global arms from the 2997-1.htm page.



Plate shots

















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