STRUCTURALLY DIFFERENT ENERGY SPECTRUM ZONES IN GALACTIC MATTER

Introduction

M31 images andromeda
M51 images whirlpool
M81 images bodes
M101 images pinwheel
Giant vortex spirals of M83
Spiral galaxy Ngc 300

In pick panels, ultra violet left, visible light middle, infra red right. Broadband differences are immediately apparant, systemically similar for each spectrum range - choppy intense local upthrusts in ultra violet - diffuse in visible light - wisps, long tendrils, and distinct cellular structures infra red. A suitable infra red image is not available for Andromeda at this time circ. Dec 2004.

3D anomalies
Missing arms
M51 images boris
Discrete breathers
Plasma speculations
Original images index
Ngc 5253 images dwarf
Giant vortex spirals of M83
Chaotic spiral galaxy Ngc 300
Insite references

PROVISO

Images herein are deliberately enhanced to degrees that blurr finer details, this is to avail the nature of larger superstructures inherent in the images. Misunderstandings are reduced when superstructures are concidered to be of primary importance.

DISCRETE BREATHERS

You get the whole picture in one when elephants are bouncing balls and the bouncing balls are photons. It is a mistake to think that elephants and bouncing balls are the same thing.

Convential wisdoms hold that the electromagnetic spectrum is like a lineal line of elephants, elephants at the radio end miles wide and hardly weigh a thing, and elephants at the x-ray end only a few inches across that weight tons, and stationed throughout the length of this line are clusters with a starting weight and progressive weight decreases coupled with expanding discrete sizes through a range, each range beginning with a rest state value, each value rigorously proportionately less then the preceding, for instance 25/16 as the ratio of force of one value set's rest state, 36/25 for the next value, 49/36 for the next, and so on out to elephants miles across who weight practically nothing.

In investigating astronomy images it can be said that 'Discrete Breathers' also exist in the line, but thus instead of elephants we now start with whales, then elephants, then hippopotemuses, then rinocceroses, then walruses, then pigs, and so on, in terms of weights, and running the line in reverse in terms of size, except, it will not be the same whales at the larger sizes but related species which still behave like whales through the whole of the whale group's wavelengths. Same for each of the other animal groups in the zoo.

Given the above zoo, where we have a spectrum band described in terms of both sizes, and masses, discretely restarted along with way in a new class of animals at each restart, we need to look somewhere in causality to see if we can find 'animals' in the expected 'discrete breathers' in the electromagnetic spectrum's so called continuum.

It turns out there are discrete breather classes in the energy spectrums representing mass and wavelengths in the plasmas comprising galaxies.

For example a 'discrete breather' state can be shown for infra red, another for visible light, and yet another for ultra violet radiant energy frequencies in galaxy images, when the image of each discrete breather is compared with each other. Each breather is a different genus of animal, neither all are elephants, or whales.

In galaxies, distinct characteristic turn up which can be used to define each broadband group of animals in each of the 'discrete breather' states for galaxies which can be seen at the present time circ. 31/12/04. It is probable that x-ray images refined to sufficient highly detail resolution will show another group of animals, and so will radio images, perhaps more than one state in radio emmisions.

Reference - Theoretical Physics: On Discrete Breathers (Nature 2004 432:455).

DISCRETE BREATHERS ON EARTH

Discrete breathers comprise tiny cloud tufts poking up vertically in bands of clouds sweeping horizontally.

Negatively charged updrafts amidst positively charged diffuse cloud densities characterize cloud behaviours on Earth.



Vertical negative updrafts amidst horizontal positively charged spreads are detailed regarding ultra violet light.

The same 'animals' occur in Andromeda and other galaxies, in the ultra violet waveband.

INTRODUCTION

It is well known that a galaxy will have differences in appearance when viewed in ultra violet, visible, and infra red frequencies. What is not well known is that similar differences can be specified to occur in different galaxies, pointing to fundamental properties that effect galactic materials at different thermo frequency ranges.

IMPORTANT DIFFERENCES - AS EXAMPLED IN M51

An example is seen at once in three major frequency ranges for spiral galacy M51.



Galex ultra violet left, visible light middle, Spitzer infra red right.

Each differs in patterns and textures within gravitational engineering designing a central spine structure for all three, within which patterns in each of these three different wavebands of the spectrum are strikingly different, in a predictive way - intensly choppy with short local upthrusts in ultra violet - diffuse in visible light - wisps, long tendrils, and distinct cellular structures infra red.

The Galex telescope ultra violet image of M51 is very sparce however when the image is enhanced fainter details emerge. The resolution of this image is somewhat lower than most telescope standards, yet, still, bright UV features can be seen to be vertical standups of very short longitudes, which means there is an intrinsic 90 degree turn in the fundamental factoring of negative charges in galactic formations.

The Spitzer infrared image shows worms of longer magnetude in parallel plane with the ecliptic plane of the galaxy, which means at that vastly lower temperature level (infra red) there is no 90 degree rotation in a short length axis in the long matter.

Visible light



Visible light view of the right side area shows a large diffuse cavitous area devoid of fine structure.

Ultra Violet



In comparison, the UV view shows a gigantic foreward buldge in the outer right where cavitous nothing is seen in optical colors.

Infra red



Infra red shows ropey worms in the valleys between arms and in the outer right, and faint red wisps extend sideways at right angles around the top outer flank. A pronounced cellular structure in the arms themselves, the existence of cells not seen in corresponding artifacts in the ultra violet and visible light views.

Full body infra red, showing Boris at the left.



Full body visible light, showing Boris at the left.



Look familiar. It is a year 2004 hurricane off the coast of America on Earth.



Another year 2004 hurricane. In 14 hour movie clips, matter is racing outward slipstreaming, not drawing inward, in the sweeping tails. (A movie clip was not saved - no need for saving one at that time).

MISSING ARMS - OBOY THIS IS NEW PHYSICS

Notice how different the pattern distribution is the infra red plasma vrs the ultra violet plasma. For instance notwithstanding the remarkable infra red cell structures there are two short arms missing in infra red. See if you can spot them they are easy to see, because they are missing.

We learn instantly from this, that gravity itself is incorporated within the structuring tensions of different frequencies in plasmas. Assume a galaxy structure re-ordained by the mass would not have arms missing. It can only mean that gravity is not seeing that arms should be there in infra red. At least, this is one way of thinking of such a stark anomaly indifference between these two real estates in galaxy plasmas.

Another way of putting it is that arms not visible in one frequency real state but visible in another are engineered by thermal factors rather than gravity. If gravity was the engineer it would have a computer picture regardless of frequencies, cloned the same in all parts of the spectrum. Water, ice, and steam, are not clones. Snow, and frost are clones. Is it possible that infra red matter contains some material not in a perfect plasma state, in other words, can infra red galactic material contain bound electrons. This may help explain the pronounced difference between for instance infra red and ultra violet real estates (cellular - infra red, vrs, standup - ultra violet).

In another hint at the innerside, it can be suggested that gravity is dominant only where the same detail features are found in all three real estates. Texture differences within real estate property details would be the domain of thermal plasmas, rather than gravity per se.

BORIS IN A VISIBLE LIGHT IMAGE (SOURCE UNKNOWN)

Click for large.



Re: M51

Proviso: some passages in this page are highly speculative, based on details which are more than puzzling enough for any spinning monkey.

For example, puzzling straight lines radiate out in a radial splay from a mysterious dark object above to the left in the smoke spiral above Boris. Something is there, which defies normal galaxy property interpretations. No speculation is given as to what might cause straight lines.

NEXT

The object is more objectively seen under high enhancement of both green, and blue, color.

Green image large.   Blue image large.

If loading the large views, in some browsers, you then need to click the left mouse button to enlarge to full size.



The mysterious radial is discernable in other M51 visible light images, which can also show a laser thin straight line eminating from the object.

Radial (and light spike) in a Coelum color image.

Focus the images together using eyesight to see 3d.

     

COMPARING GIANT SPIRAL GALAXY M101

Focusing the ultra violet and visible light views together in the panel above gives an insight into the amazing depth of this so-called pinwheel galaxy. Mono view gives a distinct impression of a flat surface, an illusion dispelled in an instant in 3d where the pinwheel becomes a partially spread out cinnamon roll with sides of the arms sloping deeply into depth. In fact, each arm and segment including those with elbow joints orients in or out at a different polar plane angle.

The comparative photo of M101 in ultra violet from Galex, compared with a visible light view, reveals similarity through the gravitational forms with sharp distinctions in frequency intensities otherwise arms present in UV are also visible in the optical range. The infra red view at right in the composite is meaningless for comparison.

The Galex composite is misleading in showing hardly a comparison in size between the UV structure and optical, when the original composite by Galex is given a cursory misleading glance by otherwise eagle eyed information hunters.

Composite original - visible and infra red very poorly resolved.



Another, with a larger Galex view, and an Noao black and white image maximized in red adjusters to reveal more of the supersurroundings, shows missing arms, for instance between the main body and kinked elbow jog arm at the left. Persussives in ultra violet continue the horizontal straight line out into deep space to the left.



The horizontal straight line across the upper portion above the core is in the galaxy it is not a falsy from earth. The look of the straight line suggests something rocketed across at high speed and snagged an arm causing the abrupt elbow joint out in the left flank, where a major rattle now occurs at the jog.

The rattle is seen in the details of ultra violet as a high speed collision construction, with possible powerful galactic solar winds blowing to the north/east from it.





Short upright hot excitements at right angles to the polar plane of the galaxy are clearly seen in the ultra violet blue enhancement. The upright nature of the myriad small ultra violet uprights peppering the whole of M101's large scale display is another fundamental physics difference found between the dynamics of ultra violet glowing material vers galaxy materials which glow in visible light and infra red.

GIANT VORTEX SPIRALS OF GALAXY M83

A Galex image of voracious spiral galaxy M83, near ultra violet in red, far ultra violet in blue. Red and blue are the frequecies typically used by Galex. Near uv are close to the visible color spectrum and far uv are close to the x-ray spectrum.





In two color split tone color enhancement immediately above, some details, plus the largescale deepness of the whole wrapped around structure as viewed in 3d (stereo pair), are more easily seen. The view second above is the original false colored image from Galex enhanced equally in all colors.

NEXT

Uv and ir are compared.



At right, an infra red view of M83 by the Iso telescope is not decerning enough to reveal cells or tendrils (as recorded by Spitzer in other large spiral galaxies) but does reveal the larger M83 superstructure which includes and surrounds the galaxy.

With a little work arguing with your eyesight muscles it is possible to merge the above views (uv at left, ir at right) into a 3D picture in which the salient blind sight feature of the galaxy (a flat distorted spiral in mono) is completely dissoved, there is no disk. The arms are the outer leading edges of deep folds and curtains only. Arms coming out from the center are coming abruptly forward then into transversal curves, some jagging in and out as well as up and down and sideways.

This drastically changes any estimate of mass, voiding at once a solid barrel shaped cylinder (we see the open top), to a crinkly wrap around of loose lettace leaves in which matter in between the leaves of lettuce is at minimum but the size of the leaves are magnified mightily by the fact that a head of lettuce with large and small lettuce leaves wrapped loosely around fills a much larger volume than the cylinder model per se.

NEXT

M83 in visible color.



The cylindrical aspect of M83's supershape is easily seen in this color stereo next, which is rotated with the rattlesnake's tail sticking out at the bottom of the image. Knowing about the lettuce leaves dominating the broadband form (all frequencies) changes the color view's cylindrical idea because now the senses are lured into filling in missing data (made up of diffuse materials) in the color view to realize the larger more spherical folded leaves and curtains image.

More M83
More vortex in galaxies

COMPARING BODES GALAXY (M81)

As with M51, in M81 there is a different behavior in the form of diffuse haze overhanging the galaxy, seen in a different false color (blue) in infra red. The haze at that frequency is a different distinct state in the galaxy's materials and plasmas.

In infra red, extra enhancement in blue at left and red at right shows that a dense haze in infra red false color blue overhangs Bodes galaxy and beyond, the same type of infra red haze that overhangs M51.





The Galex UV galaxy is larger in cross sectional length than the infra red image by Spitzer in these photos compared, infra red at left. There are arms missing in the infra red range.

In the next views, the brackets across the bottom of the right hand image show the same scale as the whole cross sectional horizon of the infra red image at left. It is seen that the ultra violet image at right is substantially larger, even though smaller in the image scales used for each view.



A sustantial difference occurs between the infra red and ultra violet, a huge major giant indent in the middle at bottom is missing entirely in the infra red view. A very loaded thermal in ultra violet is missing in infra red, the cohesive structure in angular momentums forming the indent is not there at the lower infra red real estate.

NEXT

Gravitational arms missing in infra red, are diffusely present in visible light, and energetically peppered with small intensities in UV. The visible light version is slightly smaller than the infra red, which in turn is slightly smaller than the ultra violet version.

Otherwide, next, the visible light galaxy (left), and UV, compare favorably in size and gravitational arms. One long thin arm external to the main body and arcing out in the far right is absent in both the ultra violet view, and visible light view - which is an Noao black and white image enhanced in red to show more of the subtle dusty details surrounding M81.



Cellular bubbling in the gravitational flowing arms, and concentrated stringy ropes external to the arms, are featured in infra red in Bodes galaxy. Diffuseness is featured in visible light, similar to properties in similar energy frequency states seen in M51.




At left, a poor quality visible light color view of Bodes (source unknown) also does not show the missing arm.

It means the extra UV arm arcing long and thin to the right is not radiating in either these infra red or visible light spectrums.

The thin gravitational arm (shown in a blue highlighted window below) is missing in two of the three different real estates shown above (missing in infra red and visible).







A vague circle at the top of the highlighted square is a false artifact created by the Galex ultra violet detectors.



The Galex single circle image (above) of M81 also includes the flares of the nearby cigar galaxy (M82), where sharp differentiation is noticed between the tangled strands material (horizontal) compared to the more articulated fronds (at right angles vertically).





In visible light by Subaru left, ultra violet by Galex at right, the tangled strands are all red color radiators and the wings at right angle contain strong blue tones.

This indicates a strong separation between positive and negative charge states in the angular momenta moments of the differentiated materials.

Also noticed in the incomplete Subaru view is a cavity in red at left, which is filled with ultra violet material at right. This is consistent in the real estate dynamics of M51 in 3 comparative images at the top of this page which show a visible light cavity at the right of M51 which is filled with ultra violet material.

COMPARING ANDROMEDA

A Spitzer infra red image of Andromeda is not publically available (circ Nov 204). For tristate analysis we have to be satisfied with Andromeda in visible light, and in ultra violet.

For more details regards the Galex image of Andromeda see page Galex.htm. Galex is the lower view in this next composite comparison.



ANDROMEDA MISSING ARMS

A quick glance verifies that strong material arms highly visible in ultra violet in the symmetrical ultra violet Andromeda, are entirely missing in the assymetrical visible light photo (falsely enhanced in blue tone for a better show of details).

Two well known globular clusters above the upper rim of the visible light Andromeda are not seen in ultra violet.



What this means in context of missing arms present and not present, is not clear in the guages of the comparative photos, since globular clusters there, and not there, are outside the domains of gravitationally engineered arms and thermo engineered radiant energy patterns within the gravity engineering.

The Galex telescope does not seem to have lensing capacity to focus in closeup at long distance, for instance the M81 image is only one circle, whereas an Andromeda Galex image is several circles composited.

More Andromeda Galex views.

GRAVITATIONAL TUG CAUSES MAJOR PINCH IN ARM

M51 SPECULATION



We know the pinch is interactive with the horizontal arm because at the pinch, the horizontal arm at an elbow joint at the pinch takes an abrupt straight line jog back to Boris in the rear behind M51. Bend a fluidly stiff rod and it will not curve, it elbow jogs where it bends.



Notice in infra red, above, that where there is a pronounced pinch in visible light (black and white further above) there are instead tendrils dragged along in infra red. A very different fundamental dynamic is taking place here at the jog, as revealed between the two different broad bands in the energy spectrum. A puzzle solver with particular dint to solving such puzzles will have fun finding the answer to this particularly noticable anomaly, because it is clear that gravity is not behaving the same way twice.

Compare the infra red jog with dragging tendrils slewing, above, to the pinch with tendrils bridging in visible color, next.





Spitzer's infra red image of M51 shows both a red and a blue object, as well as extended blue amorphous haze, and extended red amorphous haze.


If it is assumed that the red is positive in charge, and the blue is negative in its charge polarity, it can easily explain the gravitational tug where one arm is being pulled across a second arm distorting it - there is that much tension in the red arm being tugged by attachment to the blue highly active nearby small galaxy, which evidentally is orbiting around at the rear in the left flank hauling one of the red galaxy's major arms with it.

From this we learn that the red galaxy was larger than the blue to begin with in that the red is holding the blue in orbit and itself (the giant Whirlpool) is being stressed but not exactly torn apart by equalizing gravitational tensions which can be seen completely around throughout the larger galaxy.

It is possible the small galaxy is almost completing an initial orbit around the whirlpool. Vague arms under the small galaxy, plus looming large in dim recesses as seen in the arcing passageway between the two galaxies, plus behind both below and above the mainlit features, may be what is left of what was an original spiral galaxy whose arms have been stripped clean away from their core in the current close encounter.

Figure also that if the remote galaxy in toto was negative in charge its structure would be small and compact in details without large sweeping outer wands reeking of positive matter, such as seen in the red galaxy whose outer right flank spreads apart into wormy wisps which are essentially horizontally planar, unlike the ultra violet Andromeda whose materials though polar horizontal in large scale features are vertical in small local right angle 90 degree currents in all of the small features within the large scale housings such as Andromeda's many rims made of arms.

At the Whirlpool, it is clear that the blue galaxy's components are in most ways cohesive, telling us at once that negative charge has a different value in it than positive charge, in other words, the charges are not fundamentally equal but opposite in all ways to each other - red (positive) tends to fly apart and diffuse in the absence of cohesive satisfying gravity force, whereas negative is cohesed.

It means there may be structural fundamental differences between the two charge states of positive and negative, in the way either reads gravity.

The fact that the Spitzer image uses false colors for depicting infra red frequencies at more than one position along the spectrum does not nullify the uniqueness of the fact that the two galaxies of M51 glow at different colors of temperature and the temperature of the glow can be used to deem fundamental properties of either galaxy, that is, that one is holding the other in gravitational orbit, and the other is distoring the first by tensil strength in a major arm which has fluid forces along it defining the arm's shape as a steady state despite changes in angular momentum vectors throughout all parts of the tensil arm, which is coupled by assumed polarities as the fluid forces become mutually strongest at the crux of the coupling at the Base if Boris the small galaxy.

If a super massive black hole is at the end of the tethered (tensil) arm it could explain a lot of other issues but complicate the simple existence of positive vrs negative charge effecting all. A super massive black hole stripped clean and free of it's original spiral galaxy is intriguing in that the current small galaxy has no recognizable galaxy shape, it is like a rodent knawing on the end of an octupus's arm, the rodent's tail spiralling away backward (seen clearly in optical light views) is dusty residual positive matter being blown further away by negatively charged solar winds of galactic scale from the small galaxy.

It is interesting that there is no strew around the front face or across the lower horizonline of the larger galaxy it means the diffuse strew seen in the backgrounds was stripped before the small galaxy made it around into the foreground around the right flank of the major whirlpool, or put another way, the small galaxy did not drag strew along with it through the latter half of its orbit. Telltale intuitional hints keep saying that domineering positive charge free to move as radicals peppered the negative galaxy causing the arms to detach completely from the core when the couplings became neutralized, and creates a field strong enough in positive to drive back positive rubble that was dogging the heels of the small galaxy in orbit, leaving the positive driven-back material behind the Whirlpool, the mutual positive charge influence strong enough to overpower the pull of gravity still inherent in the small galaxy. The residual dusts, seen in the subliminals as looming dim forms without hardlines, seem devoid of stars or new starbirths not even in localized clusters out there.



The fact of the oblong halo shooting away in two halves above the small galaxy's coupling joint to the tethered tension arm of the bigger galaxy, tells at once of a dominating strong polarity force vectored in one direction only from the point of attraction where the coupling occurs. If the coupling were to be found in mid point in an otherwise vertically and horizontally bi-valve object (the standard form that all galaxies take) there would be no mystery as to just exactly what force, or forces, is creating such an abnormally appearing small galaxy.

One thing known for sure is that the abnormality has to do without question with the tension yeilding coupling to the long major arm of the other galaxy. If the nub of the coupling is a super massive black hole, it becomes apparent at once that the behavior of black holes can be easily adjusted by nearby influences relating to electrical charges, if charge is the explanation for the single arm (long term) and arcing bridges (recent) linkups.

Actually, in the infra red vision, there is a blue haze over the face of the red galaxy. It would be undiferentiated negative charge (no angular momentums creating patterns) held in place above the face, by positive charges in the main galaxy whose structure contains strong angular momentum patterns bonded by gravity.

Red tangles around the right flank of the big galaxy are dominant red in the main body, the residuals behind the scenes both above and below and hunkered to the left of center, are all bold red, miniscule quantities of blue are seen.

If the overcovering blue haze is removed from the main galaxy it is likely the whirlpool under the haze will be all red except for the very center where the blackhole has an engineered housing made of both charges.

At the moment Boris (blue) is at conciderable distance behind the Whirlpool.

3D ANOMALIES BETWEEN DIFFERENT BROAD BANDS

There are striking 3d anomalies between infra red, and visible light and ultra violet broad bands. Visible and ultra light images focus together to give excellent 3d revelations about a galaxy's intrinisic deep coiled structures, whereas infra red structures depart so radically from other light counterparts it is impossible to comfortably focus two views together, only the major gravitational engineering - not the thermo patterns - between the broad bands, are similar enough to focus in 3d.

M51 BROADBANDS IN 3D

An outstanding example of the 3d anomaly is M51, whose infra red and visible light mainparts do not focus well in 3d, whereas the visible light and ultra violet focus easily in 3d, every arm is a distinctly different polar plane coil, revealing that M51 occupies a large volume comprising width and depth in deep space.

These three M51 broadband views turned out to be difficult to calibrate to the same scale, but, good enough. Even though uncomfortable on the eyes when focused together, the following exposures in 3d reveal that the rules apply - infra red is not a good 3d match to either visible light or ultra violet, but, the visible light and ultra violet manifestations match rather well.







In particular, the visible light and ultra violet matchup in 3d prove that the center is far back (deep) in a steep gravity well designed in outward vortexing arms towering high over the tiny distant center. In fact it almost makes you wonder if the center is collapsing the cross sectional radii of the wavelengths eminating forward from the black hole, creating an relativistic appearance of exaggerated deepness and smallness.



The short string of blue starberries extending west under the left flank of Boris is radiant (hot) in both visible light, and ultra violet, but is not seen in infra red. A vertical line slash straight down from the core of Boris is a falsely bright artifact where two small image patches are joined in a seam. Horizontal straight lines below the core also attest to minor errors in seamless image patching.



Faint red fronds seen in the horus of Boris are only visible in infra red. Since the fronds are so finite (distinct) it can be assumed their existence is being masked in higher broadband frequencies by haze of the horus. You have to focus these images together in 3d to see which fronds are jutting this way toward the camera.

M81 BROADBANDS IN 3D

M81 in ultra violet and visible light resolve well together in 3d.

M81 in infra red and visible light do not resolve well together in 3d.

M81 in infra red and ultra violet do not resolve well together in 3d.

M101 BROADBANDS IN 3D

Compared in 3d next is M101 in ultra violet and visible light. There is no suitable M101 infra red photo available freely on the internet for comparision (circ Nov 2004). Focus the two views together by eyesight to see how well matched the two broadbands are in 3d.

NGC 300 COMES ALIVE

THREE BANDWIDTHS FOR CHAOTIC GALAXY NGC 300

Comparing ultra violet at left, visible light middle, infra red right.



NO COUNTERPARTS IN INFRA RED

To be honestly candid, I do not know if the re-orientation I contrived for the infra red view is correct. In fact I was not able to match up tension features in the infra red, with either the visible light or ultra violet views. The matchup between visible light and ultra violet is self evident, whereas the infra red's profile is not unmistakeably unmistakeable, in that no two dominant features seemed to match up in any way that hails to a smoking gravity gun organizing things the same way in both bandwidths (ir and uv).

Comparing ultra violet (at left) and infra red (at right).



Comparing ultra violet (at left) and visible light (at right).



Smoking gravity guns are self evident, other than blurr in visible light, vrs extremely profiled criss crossing arms, the superform profiles in both broadbands are more or less the same.

DIM HEAT IN A SUPERSIZE INFRA RED OBJECT WITH DISTINCT RIGHT ANGLE CROSS BEAMS

Cells? In infra red? Oh yes. Big ones. And tendrils that wander out into deep space all around the galaxy, keeping exactly in picture with the other galaxies whose charms have been explored in infra red by the Spitzer telegraph system.



CELLS, AND TENDRILS, PREDOMINATE THE INFRA RED BANDWIDTH

Thumbnail size Spitzer original is at left. Not much is seen except central american graffiti in the form of outlines.

Plasma boiling state in infra red, vapor state in visible light, and magnetically charged state in ultra violet. Are these correct? Certainly, something like a cooler boiling state is evident in infra red. What, however, causes the matter in ultra violet to be in upright polarity at right angles to the main drifts of the galaxy's gravitationally engineered matter?





NEXT - VISIBLE COLOR

A blurry color photo has been provided by Eso, which holds little in the way of details yet reveals a radial spray of straight lines shooting laterally in the upper right, and sculps all the way down the left side. A casino royale space station is located as a strong red pod in the upper right.

One slightly bluer, two different enhancements reveal different salient features of the color version's superform, such features easily overlooked if not seen in the subtle contrasts offered by the two different enhanced versions.





A swath as if spoors from a burst pod, are drifting upward, the swath is highly suggestive of a modifying engineer entity passing up that way and out of the picture, leaving through the galaxy a cleavage which is stark in ultra violet, dim in visible light, and not easily seen (if at all) in infra red.







Because of the scattering of small scale clumpages which seemed to pervade the area the galaxy was photographed in just the h-alpha band for hydrogen which revealed hydrogen groupies all over the place.

Original is the thumbnail at left. Enhancement done with bravado reveals much more. If in your browser you see a regular checkerboard pattern it is a fact of the digital image and won't go away when the large image is displayed in a small version using the larger image's Dpi. Click on either of the 2 enhanced views to see the real estate without the checkerboard.

Click for h-alpha small original     large original
Click for h-alpha small enhanced 1     large enhanced 1
Click for h-alpha small enhanced 2     large enhanced 2





CASINO ROYALE SPACE STATION SEEN IN THE H-ALPHA HYDROGEN SPECTRUM IN A NGC 300 PHOTO

Here is something that almost looks like a casino royale space station from the future existing in the past, it is said to be made entirely of hydrogen. Large stars seen in radiated hygrogen spectra clearly form necklaces each circle and arc of a small number of stars tracking close together.







CASINO ROYALE SPACE STATION IN THE TARANTULA NEBULA IN THE LMC

Here is a related gene in the Tarantula, by Eso. The Tarantula casino royale seems to be a naked pullmotor - a pullmotor without nubulous gas so that the motor is seen outlined by large bright stars.

In the next views, enhancements of the original seen at left, more stars than are first evident are seen manifesting in the pullmotor's organizations.

In the second pair below, more enhancement obscures the pullmotor's design while revealing a small star cluster of a rather sizeable quantity of stars held in a dyanmo whose source is unseen somewhere in the middle of the star density.










The casino was taken from a large version of this image, the larger version is too unweildy to usefully present in this page but can be easily obtained on the internet via Eso.

Eso Tarantula image enhanced.



The space station is the small cluster in the lower left, in the orginal large image (4000x4000) the star cluster is easy to enhanced.

DWARF GALAXY NGC 5253

IT'S MANTLE TEEMS WITH STARS IN SMALL STAR RINGS

A combined VLT near infra red with two color spectrum lines from Hubble show a dwarf galaxy named Ngc 5235 mysterious by its number of new stars where absence of star forming material is a foremost concideration of this galaxy. Seen when highly enhanced is an emormous outer structure which is not diffuse it is completely woven with infra red cells, very small cells and of more or less uniform size. It would seem that many if not most) stars in this galaxy are in small local starring (star-ring) orbits around invisible centers.





These topological changes in the local states of galactic matter are bandwidths associated with the energy spectrum and analogously would correspond to gas, water, and ice (three temperature states for water) except the galaxy compounds are in angular momentum components rather than atomic shell structures.

A perspicuous soul would have to be foolish not to take this opportunity to suggest that other thermal energy states exist for galaxy objects along the spectrum's continuum, for instance x-ray certainly should show uniquenesses in details in its states of energy, very far ultra violet (the ultra violet ground state near the spectrum transition to x-ray), is another possibility, and more radar ranges through microwaves could possibly hold surprises of a pleasant kind to researchers looking for fundamental causes and effects in physics, of kinds not seen in normal looking optical light frames.

SPECULATIONS

Quantum fluctuations in supercooled atoms may in fact be at their maximum at nearest 0 degrees kelvin, suggesting that at equivalent to the speed of light 'C' acts at the 0 degrees barrier, where quantum fluctuations will be at their wildest and most extremes, then, at any increment in temperature higher the fluctuations intensities fall of rapidly in the same curve as does special relativistic effects fall off rapidly moving away from the speed of light toward 0 velocity, At just a tiny fraction less than the speed of light, relativisitic effects concidered singly for mass and radius, for instance, plunge in value in a very sharp dropoff, the curvature of dropoff is identical to the plot curve of the sine of angles between 0 and 90 degrees, the curve of the sines rising sharply as the degrees approach the speed of light. In the quantum world, the quantum fluctuations fall off as a consequence of temperature, expect however that the dropoff is not smoothly lineal, there are stages along the way upward through the electromagnetic spectrum, where fluctuating effects continue as if in a stable broadband through a range of temperatures.

We can see an analogy to this in galaxy images. In infra red a galaxy's arms are noticably mottled with cells many diamond shaped, with short thin fronds wrangling out around the galaxy's supersize main body, the main body itself is dispersed in a planar somewhat horizontal whirl with a preferencial ecliptic axis.

In the visible light broadband of the spectrum, as seen through optical telescopes, the view of the galaxy (apart from basic gravitational engineering patterns) is different, arms missing and visible, expecially short arms, are visible and missing in the infra red view. Tendrils waggling out in space are not seen in visible light, and the whole of the visible light view is actually blurry and diffuse, compared to sharp details which can be seen in infra red expecially (in infra red) between main arms. The visible light object also whirls in a basic horizontal planar configuration with a definable basic ecliptic axis through the center. Local hot spots are stretched out or potted along stretched out arms, and also in folds and galaxy spanning cracks in the media.

In ultra violet, things become quite different, mainly myriad small local hotspots rise vertically short distances along the arms and some arms barely visible in ultra violet, or not seen in infra red, virtually shriek of high energy in ultra violet. The basic dynamics are also played out in more vertical up and down alignments as well as the prevailing horizontal ecliptic galaxy mainframe.

How would the galaxy matter collectively behave if cooled to 0 degrees thermal range where quantum fluctuation effects will be at maximum, could fundamental blueprints be found in properties in the 0 degree thermal matter trapped in the grip of gravity where angular momentum has been removed from the system at the 0 degree temperature mark.

In the quantum world, quantum fluctuations are released in the cancellation of temperature. In the macro world quantum fluctuations can be released in the absence of gravity. Cancelling gravity from equations which produce empirical macro drawings such as atoms and galaxies, reveals an energy domain made of coherent quantum fluctuations occuring on a large scale basis. This is the intro level into understanding of a higher domain which some call the spiritual world some call etheric and others call the 4th dimension (a different dimension that the space time concept of Einstein).

PLASMAS

Plasmas take on different properties in different temperature states. The same plasmas describes any galaxy. In the galaxy are different states of temperature through the electromagnetic spectrum. These states are vigorously organized according the more or less exact states of energy.

For example in the far infra red, a galaxy's plasma is riddled with cells with a preponderence of the cells in diamond shapes, accompanied by tangles of thin fronds reaching well out into the galaxy's ultimate range of supersize. The infra red realm is gravitationally organized along an ecliptic axis which also contains the arms.

The visible light range of the spectrum (us) is also organized along the same basic gravitational ecliptic, and, instead of cells and tendrils the plasma is formed in bands of diffuse matter whose density is thick and thin and contains slipstreams, plus a tendency for ridgebacks to form along the crests of the arms.

The far ultra violet end of the spectrum (near starting end of atomic photon energy states) contains quite a different picture of a galaxy, in intense bold arms that are more gripped in the vices of physical artifact forming energies. There is a right angle bond incorporated into this high end in ultra violet frequencies in the plasma, where, short intense uprights of excited galactic matter array along the arms, and in the no-arms resting places. Arms barely visible in visible light, and not even seen in infra red, can dominate in a galaxy's ultra violet vibrating entropy modes.

Patterns between the infra red and ultra violet plasmas are so extreme, so noticable, that it becomes clearly self evident that differences in the behavior of gravity are present, even if gravity is still first there are differences in the way gravity actually behaves.

See pics

RIDGEBACKS AND FOLDS ILLUSTRATED IN PICTURES

At left, ridgebacks identify separate streams lining the crests of arms in the Whirlpool galaxy.

At right, folds separating two clamshell halves of galaxy Ngc 613 and fringing the edges of the clamshells.



At left, ridgebacks identify separate streams lining the crests of arms in the Whirlpool galaxy.

Below, boiling small clumps crest the arms where folds line the boundries between different flows in the thermodynamic states of arms in galaxy M74

IN-SITE REFERENCES INDEX

Use the Google site search panel below for more information on M101, M81, M51, and Andromeda. You can go directly to Galex Andromeda ultra violet enhancements and descriptions here.

Views of the extraordinary Andromeda bigmass are here.
A blurry look at the extended outreach of Andromeda is here.
A look at other M51 images is here.
A look at other M81 images is here.
A serious look at M101 is here.
More detailed look at M101 in ultra violet here.
A closer look at rattles, featuring M101 here.
A look at starrings and stars in necklaces is here.

ORIGINAL IMAGES PICKLIST

Some full size versions of images used in the above page. Some modernized browsers will present a small display view for the full size. If you left click the image it will reappear full size.

M51 visible and infra red spitzer
M51 ultra violet galex
M81 infra red spitzer
M81 ultra violet galex
M81 visible light (page) Noao
M101 ultra violet large galex
M101 visible light (page) Noao
M101 uv, vl, ir composite galex

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