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ILLUSTRATED DICTIONARY OF GALAXY PROPERTIES


PLEASE NOTE - LINKS MAY NOT WORK UNTIL LONG PAGE IS FULL LOADED

IN THREE PARTS

Part ONE
Quick show'n'tell of galaxy parts and features

Part TWO
Featuring examples and images from informative galaxies

Part THREE
Less than handsome pictures which have a lot to say anyway

Press key F11 if images pairs are vertical instead of
side by side

Fundamental properties in galaxies

Bilatera.htm and Symmetry.htm
Fundamental principles in galaxies. It is important you read these pages. They have answers for several questions raised in galaxy descriptions in the following

Motions.htm and Momentum.htm
These help verify galaxy multiple axis rolls, rotations, and revolutions all comprising galaxy tumbling in real time in deep space

Collide.htm
Galaxy collisions page, with thumbnails




Virtual 3d in mono images is the fact used to stage factor and display all of the images. Virtual 3d is quickly explained and exampled in the Virtual.htm page




SUMMARY - GALAXIES


I have reviewed these basic galaxy engineering types:

1   CORES

2   DIFFUSE lmc

3   YO-YO galaxies

4   SPIRALS - m101

5   ELLIPTICAL - dusting

6   COILS - coils of methusala

7   LONG ARM - also antenna class

8   EYELIDS - slicking over an eyeball

9   CIGAR - cotterpin twist - very rare

10   LENTICULAR - twisted ring currents in arms

11   FLAME - m82 - this type is rare, called a flame galaxy

12   RING - includes the cartwheel, an outstanding one of a kind

13   CHAOTICA - galaxies with halo blown away in a skirt around the maindeck

14   STARBURST - stars bursting to life under collision pressures and chaotic hits between scattered clumps

15   COMPRESSED - triangulum and whirlpool - one galaxy leaning or has leaned into another, causing fluid tectonics

16   WRAPPED - shaped like squat cinnamon rolls - ngc 6782 and ngc 5236 and ngc 1365 and m74 are examples

17   VORTEX - ngc 2997 - long twisting arms that writhe through space occupying all 3d co-ordinates

18   SUNFLOWER - flushing of many short arms winding tightly around the core, ngc 5055 and ngc 1808 are examples

19   RATTLES - created by fast travelling small intruders impacting an arm at tranversal angles imparting spins in sharply rotated angular momentum vectors.

20   PINWHEEL - grand design massive spiral galaxies such as M101 one of the biggest known, also known as the southern pinwheel because it is seen in the southern skys below the equator

21   SPINDLE - long thin narrow bright core, often with lengthy thin arms extending in more than one long distance clockspring winding per arm

22   GLOBAL / GYROSCOPE - compass gimble class spherical galaxies - no suitable name except global has turned up for these which have vortex arms which wrap around 360 degree cardinal points of a compass horizontally and vertically. The word gimble is used for small spinning tops


SUBSET FEATURES


23   VEERJETS - jet issuing from center and bends along the way

24   STRIATIONS - horizontal straight lines in galaxy flanks from sideswipes - andromeda, sunflower, 3314 collision. Striations were spotted which helped establish Ngc 3314 as a collision in progress, midway through the collision

25   SHAVED - where an encounter has shaved a thick arm creating a conning tower. This image shaping attribute was discovered in the silverado

26   STUMP - with corollary 'dobbler'. Examples ngc 2997 ngc 3314, ngc 5236. Where a thick arm has been cleaved abruptly off by collision that passed without merging there. Corollary dobbler is a trickle out the center of the cleaved arm, the trickle is conjectured to be where current runs along the inner arm in sufficient ohm-watt pressure to keep the arm rigid, the current following the original path laid down by a gravity strand whose one pole is connected into a pole of opposite polarity at core central and the other waving out in space defining the shape of the arm

27   SMOOTHS - smoothing (canopies and smooths) a galaxy or galaxy arms have been rubbed smooth by collision, smeared out into homogenous with no jitterbug features of any kind - smooth textured active galaxies have had their engineering irradicated by charge state merging via collision(s). Canopies are where a galaxy part of one charge has passed over or through another galaxy's galaxy part of opposite charge. Distinct different momentums in the clumps and clusters of both galaxies keep the part being smoothed separate to some extend from merging entirely with the smoother

28   WANG ORBITS - matter orbiting central disk in horizontal/vertical east/west planes

29   TYMPANIS - fractal hexagram and six sided shapes including crystal cavities and dynamos

30   SKELETON ARMS - arms in which sundry matter has been removed leaving clumps in their original orbits

31   GHOST ARMS - dim arms in residual or murked with overcast made so by collision or sideswipe. Besides the ghost arms lurking along the west side of Triangulum (link under Ghost Arms), colliding galaxies Ngc 3314 has a two very nicely seen ghost arms tonging into the lower flank of the horizontal galaxy, extablishing without questions that where is a collision half way finished

32   PRISMS - fractal circulars or pyramids, where galaxy matter has a distinct formation within its surroundings. Some prisms may be actions of refracted light. Lmc has some noted, some are called 'shinplasters'

33   DARK MATTER - tympanis seem to be outlines by dark matter (energy patterns) interfacing with real matter

34   GRAVITY WAVES - gravity waves are a big subject infused throughout the site, infuses include gravity wave poles. Use the site search for 'gravity wave'. Large scale waves surrounding galaxies, bigger than galaxies, and surrounding galaxy clusters, can be clicked from thumbnails at the edge.htm page

35   SPOKES - the word 'trilling' is used. Spokes for instance in the rings of Saturn and in proto planet accretian disks are described as actions of small gravity waves sticking out radially around a star, 'trilling', and are a source of astrophysical signatures in the daily monthly yearly and dispensational horoscope in a description called the cosmic tick tock clock. Spokes are included in this galaxy checklist because understanding 'spokes' helps to intuitionally de-mystify many characteristics in galaxies

36   SPRITES - rising above a core and along the rim, this is red positive matter ejected by negative concentrations within the main body and the core

37   SNUBS - oval impact crators made by small time intruders in small time collisions

38   JETS - where small clumps come roaring out of a big mass area at high speed, often travelling straight lines out, the clumps are fragmentaries being hauled in, or collision leftovers in long distance cometary orbits. Once you have seen a jet or two, or see them everywhere in galaxies

39   INTRUDERS - 'intruder alert', parallel tracks or converging tracks show where a smaller object has shot across through or into a galaxy

40   V-BREACH - where two arms converge or depart in a branching 'V'

41   INTEGRAL ARMS - arms or tethers retaining integral shape under stress, even enough to stress or distort another arm for instance a striking example called the gravitational pinch in M51

42   ROOSTER TAILS - a standard form two armed wound spiral galaxies take, one arm lofting in an arc vertically, the other sweeping around horizontally, most spiral galaxies with two up to a few arms have rooster tail bi-lateral symmetry

43   SIDEWALLS - myriad intermittant small arms in a galaxy are unwound, the arms are usually found spraying out in towering sidewalls that can reach great vertical heights, composed of many tiny tufts which have shot out in scattergun from the roar of the core region then join lateral prevailing general orbital motions in different bandswidths around the core. Two physics are involved - eject physics straight out (invariably curving up or down), until gravity pulling back overcomes the 'escape velocity' whereup the gravity in the matter they have reached re-orients their spins into transversals orbiting in the galaxy body in prevailing arms

44   PULLMOTORS - powerful gravitonic generators with multiple poles, some have stars in international orbits in cyclonic streams cycling in long necklace orbits made of stars around them

45   BIFURCATION - ionnized positive and negative charged matter separated in criss cross formation - Flame galaxy. Also filtered into two separate galaxies - Cartwheel's two small companions one completely yellow (diffuse positive static) the other completely blue (concentrated negative static) pointed out specifically in regard to the Cartwheels missing black hole (a bold piece of speculation which may be correct). Please do not confuse the word flame here, for the flame mass nebula. Some awkwardness in names for M82, in various astronomy literatures it is M82, starburst, and cigar galaxy, it has been ommitted from the New General Catalogue (no Ngc name)

46   VOLCANIC ARMS - issue abruptly from the sidewall of galaxy, three good examples, in Ngc 3521, Ngc 4414, and Bodes galaxy

47   STRETCHINHG - stretching between galaxies, a characteristic flat ribbon band formed when galaxies are pulling apart.

48   CORES - are their own short story - pimple, tongue, s-shaped. All cores are s-shaped to one degree or another even those with tiny hot circles as their kernal core, these hot dots are surrounded by recognizably consistent structures

In the Cores.htm page are examples of:

core of M100 dot - winding looping thick arms surrounding a hot dot
core of Ngc 1365 hot dot on top of deep ridge mount
core of Ngc 5236 deep crevace s-shaped plateau
core of Ngc 1236 in two planes one horizontal
core of Ngc 4038 tongue, (called the alligator's cock)
core of Ngc 253 pimple


CORE OF NGC 1667


An unusually different core, perhaps only because it is seen in extreme close up, is a mix master, its flow motions can be dupicated by a household blender doing juice or a mix master slowly turning thick viscous substances

I picked up this image several years ago off a strand of spider and haven't found a link to it since. I think it was a Hubby early.

Note the jitterbugs spooling vertically off the motor outshaft on the right side of the core.

Red and yellow original colors





False color green - red removed, blue added, this did not change the color separating hologram.





Virtual stereo (3d) separates a solid red plate floating above a yellow plate, it means the apparent stereo viewed is not to be fully trusted, there are only two colors in the original image (no blue whatsoever, which means the hologram is not completely locked into full 3d recovery which is necessary (three) and found in most every color, and all black and white, photographs and digital images.

Single color photos are also virtually holographic, for instance each of the red, and yellow, separated planes for Ngc 1677 above, has in each plate genuine stereo, marginal at best in this image, but stereo intact.

Most cores are exposed near or at the surface because of their intensely strong gravity powers which drag in all overhead materials. Where a diffuse pale globe domes over the top, this is positive static without form or angular spin cohesion therefore cannot form patterns.

CORE OF NGC 1365


The center of Ngc 1365 with a dot for a core kernal, a pronounces s-shape by folding from differential rapid anticlockwise speeds in rotation at the core, and a high mount with steep vertical walls upon which near the surface resides the black hole dot.







CORE OF NGC 5236


Straight lines along dark valleys suggest tectonic sheering from slip stream motions, and straight edge bright matter slashes indicates dark matter fractal pattern overlays.





CORE OF NGC 2997








This, by the way, the Inspector wants to note, is the first look you have had at the core of Ngc 2997. It was in but totally overbright in the original released to the public. It was exposed by drastically turning down the reostats in a graphic editor. So noted, the first time you have seen this galaxy's core, is here. (Circ dec/2003).

Note the two core poles, dark red cutting into the yellow (right) and light red (left) in sharp incise edges. Every galaxy core has poles. The upper yellow thin strand is winding into a pole connection behind, for exampe, there are usually at least 4 poles. Every arm connects to one pole. Just so you know, the Inspector remarks.

The resolution is still too 'low res satellite image' to show the black hole kernal somewhere dot sized within the center bunch of yellow vortexings. WE are still, looking in, a long way out from core particular.

Another core, exposed by deft fingers turning down the reostats of brightness, is Ngc 1232.

CORE OF NGC 1236 IN TWO PLANES ONE HORIZONTAL




I have spent little to no time investigating small diffuse and irregular class galaxies, except for the Large Magellanic Cloud, (in the Lmc-1.htm and Lmc.htm pages), which is in a class by itself because of the teeming interfaces between material and dark matter physics to be found at Lmc.

Globular clusters, a big subject in astronomy, is not big here. I have looked at globular images, have not seen one I really liked. Have been looking for a particularly inspective peer into their center areas hoping to see something like a generating dynamo or artifact with poles, have seen something like in the higher Dpi(s) of a graphics editor but never onscreen in the reduced Dpi(s) of a browser. What seems seen in all globular clusters are stars in international orbits but never clearly enough to show which stars in which orbits.

Many (not all) images in this page are scattered throughout the site in various incarnations of enhancement and details. This happened because the site evolved over a 7 year period. As a new image appeared, or further detail of interest was spotted, new views emerged often in a context separate from their original appearance. And so you know why there is redundancy. Many of the redundants are so intertwined in their context it seems impossible to move them into a collected single container. The solution has been to simply leave them be.

Later views of a galaxy or subject matter always supercede any earlier.

Dss has been a gold mine. Dss has provided many useful clues and views. Dss images typically have to be enhanced with everything a graphic editor can give them. Which is why Dss images tend to be grainy with washed backgrounds softening visibly less than distinct main objects.

Histograms can give at once an object's full 'superform size'. Where the superform is readable (after histogram) it has been included to dissolve misleadings othewise regards an object's deep space full size. This is in respect to missing mass noticed in most images, whose enhancements invariably reveal far more massiveness and extensiveness than seen in originals.

This (galaxies.htm) page has grown to become the largest in the site. It happened because of the number of cross reference links internal to the page, there was no easily seen places to break the page into (say) three separate, in that most of its show'n'tell character is im running up and down through the images and their topics. Breaking this run into fragments seemed completely unsuitable. So, this page has grown to become the largest in the site.

INCLUSIONS


Wrapped galaxies are also called 'seyfert' galaxies which are grouped in a class called active galaxies, 'actives' being super energy producers of more than one type, including Hamburger galaxy Centaurus A (not wrapped - smeared out).

Starburst galaxies are described by astronomers as being galaxy sources of particularly energetic new star births. Since most of these are also described as being similar to or 'the same as our own Milky Way', including barred spirals, and pipe stems, I have stayed away from using the term 'starbirth' because of intrinsic confusion as to what starbirth actually means and how this relates to the Milky Way.

I have also stayed away from abstracts completely, which pop up everywhere in astronomy sites just when you most expect to get a spectacular new picture instead giant headlines in bold type worse than black wooley bear eyebrows, with author(s) and authority(s) prominantly displayed, and no image. Abstracts blow by mind. I avoid them, click them away instantly. These fire crackers don't scintillate, but sure sell grants and degrees. Do a boogie woogie search in google WWW for Ngc 1808, try not to get lost in the wooley bear eyebrows.

How YoYo's are created by passby collisions is explained here

See 'eyelids slicking over an eyeball'

Cartwheel a ring type so rare only one certified example has been released to the public, it is known by the name Cartwheel galaxy


CONCLUSION


These examples should be enough to give you a generic picture of different kinds of galaxies.

TWO THIRDS MISSING


Typically, to see a nice bright galaxy in a pretty picture all faint surrounds are edited out leaving a pitch black background around the galaxy in a pretty picture.

When the galaxy swells to superform size, via enhancements of its dim medias, the galaxy typically seems to swell to about 3 times the cross sectional diameter, 1/3 bright, and 2/3 dim but now visible, this includes arms, for instance in a little ditty in a Hubble Acs plate of Ngc 3370, 2/3 of the missing volume, is all arms not seen in the original.

SUMMARY OF TWO NEW FORCES ADDED TO THE LIST - INERTIA - AND 4TH THERMODYNAMIC

RED (EMMISSION) POSITIVE
BLUE (ABSORPTION) NEGATIVE


I have been assuming that blue (absorption) is negative charge, and red (emmission) is positive charge. This is true for the Orion trapezium pullmotor (red) coupled to nebula Ngc 1977 (blue). Red and blue regionals in galaxies I assume are also positive and negative charge concentrations made visible by their spectrums.

I have also now been assuming, without rearing a single ear to anyone to listen hearing the word no - that all galaxies are in or have been in, collision(s), collisions signs and telltales visible in every galaxy you might look at, some (not all) collision evidences (where none are recognized by stupors of profound round 2D galaxy theories), require enhancements to the source image, startling enhancements often the rule, to see scars from bangs, dustups, sideswipes, passovers, and mergers. Every galaxy I have seen has something. Which is why, for awhile, Visitastronomy.com was code named 'Galaxies In Chaos' (GIC).

Where galaxies become sunflowers, or boiling with roils, is positive and negative charge clumps in more or less equal quantity, the kenetic spin quantities of both, in small clumps, enough to keep the galaxies seething rather than discharging one or the other charges in wholesale quantities.

ENERGY AND HEAT


Energy has no heat. Energy has no thermo heat in having no lattice. Lattice is anything which has a coherent pattern long enough to be measured. The vigor of striking wavelengths, high per sec, low per sec, high in height, low in height, imparts heat into striking zones within lattices.

Crystal matter (dark matter) may include broken pieces, plenty of them, for instance if broken pieces they have been called 'ice flows' and jut out or fill the openings of tympani crystal caverns.

Which brings to mind an old time 'fire and ice' theory from before the past two centuries. Suppose the universe is actually filled with dark matter fractals and atomic lattice images in macroscales, then fire would mean matter, and ice would be tympanics, because of no heat.

Tympanics pop into existence in juxtoposition and composite with physical matter when powerful sounds have occured, the sonic waves carrying gravitic signature information in cascading harmonic syncronization with electromagnetic wavelengths. Crystal patterns need to be highly amplified, in order to organize with physical matter re-structuring matter to form outlines of or actual filled shapes of the crystal energy's many different kinds of coherent but consistently topological patterns.

There is a possibility that dark matter patterns obey a rule seemingly obeyed by elliptical galaxies, a rule astronomers have only recently discovered circ. 2000.

The rule is that all elliptical galaxies are the same. A small or tiny elliptoid studied to bits reveals the same structure, densities, frequencies, and other responders which are identical to the biggest elliptical galaxies known (which dwarf the Milky way making it seem like a snowflake in a disk of dust and water), all ellipticals in between too have the same matter constructions, distended as well these too, they have all the same kind, just as a Bode-Einstein condensate has only one image despite its size.

If for any reason it turns out elliptical galaxies actually model Bode-Einstein condensates, look into the condensate to see if you can find a 'polarity horizon' the same acting as disks in the middle of elliptical galaxies.

The 'polarity horizon' separates the matter into two kinds of charge, one half of the global sphere will be positive, the other negative, which is why many ellipticals can have disproportionate hemispheres looking odd when joining flatface together through the middle cross sectional area. In other cases, both hemispheres will have the same charge with a single strong opposite charge in the centerdisk's 'polarity horizon'. When the hemispheres are bifurcated in charge, the contents within the 'polarity horizon' have both charges to balance the two global half's and so here the 'polarity horizon' is in some part (or all) neutral. The matter in the sphere in 0 charge elliptical galaxies, is positive we known this because the spheres have to patterns. The polarity in the spheres may not be charge field units per se so much as Up and Down in their spin units. Thus (let's dispense with that word) the 'polarity horizon' spearates intrinsic spin, spins that are Up head up, above the center disk, spins that are Down head down. Any spin can change its Up/Down direction by hitting a strand of magnetic wire.

Hyperwave wavelength partnership duos, between elementary particle interactive distances, and planetary orbits of similar separating distances, are mentioned because a good deal of the physics alluded to in this Galaxies.htm and (duo partner the Tympan-1.htm page) are indroduced or covered in the physics section of this site.

Goto this menu to see what I mean.

Keep in mind that photons do not exist in the Einstein planes of relativity. Photons are free to go anywhere at the speed of light. That is, because they carry energy units not weight or gram mass. A question is raised as to whether or not energy is subject to the laws of inertia. There are reasons to think yes, if not in just particular instances where energy is interacting with gravity, for instance when a galaxy (mass) is pressing into a higher concentration of energy fluctuations (called perhaps misappropriately 'gravity waves'). The strands comprising the gravitic seas may be duo bonds as are photons, in where photons split in opposite directions and despite the time travelled later will still instantly read each other, when one is effected, the other knows. Concider gravity waves (energy fluctuations) as having this same property of instant instinct, when one end of the wave (a charged pole) is konked by an event the other end of the wave (opposite charged pole) gets the message without waiting long. Where waves criss cross forming moires you have branching ratios cascading out and converging in, carrying information all the time. CASCADING HARMONICS

Energy in these wavelengths, each strand, converts from wavelength to equal unit of energy and back and forth, of course. Wavelength bits intrinsically add and subtract with each other in gravitic grid patterns which are constantly changing and passing through each other, in a fluid forward manner. A small wavelength change in increment size within a large wavelength produces noticable quantities of extra energy, and visa versa, except, large quantities of energy produce small wavelengths hardly noticed in a long wavelength, other than a cascade harmonic much higher up in frequency, a golf ball gamma hitting and joining an air balloon proton adds a change in wavelength, a blink! shrink in length. In sound, it is easy to example (in energy form) a loud bottom B (golf ball) added to a roaring lower triple bottom B (air balloon proton) and the (say) second upper B pitch resulting from the small wavelength shrink is a cascade harmonic spanning 8 octaves, in action effect.

Notice not said is the word 'vibration'. Where you have both energy and wavelength in effect simultaneously, you have occilations, because energy is a fluctuation, and wavelength is a vibration. Occilations cause a pitch in the bottom B range to resonate harmically with a pitch in the higher B range, with nothing resonating in between. The only way this is possible is for the wavelength/energy converter to be switched on constantly at all times creating wave and energy tranformations and translations together. Dog barks that spark.

In other words gravitic seas are the harmony in the midst of chaos where something is idle, brakes on spin have failed in chaos, chaos spins are wild.

FLASHLIGHT FROM NGC 1068

SUNDRY MATTER CHARGE OVERPLUS RADIATION

A tubular column jetting from the center of galaxy Ngc 1068 is overplus of one charge being ejected, the concentration of same charge in the galaxy bowels strong enough to overcome ubiquitous gravity capture.

The flashlight torching out of galaxy Ngc 1068 (as seen by x-ray satellite Chandra) seems an ideal candidate for opposite polarity charged matter being propelled by repulsion out of the galaxy's central, in this case the repulsive flush from the whole core disk itself, not squeezed out of a pole. At this moment we can know only one charge state seems being rejected by the galaxy's immune system, any oppositive flashlight from the bottom side of the dish cannot be seen, blocked by the galaxy.

COMPACT GALAXY MULTI CHARGE STATES SLIPSTREAMING

Compact galaxies like Andromeda have two charge states intermingled which cause clumps to draw closely together in slip streams keeping some partially separate due to gradient ambiant momentums.

Bodes galaxy is also compact except some overplus of a single charge is winding outside the main compact as arms closely held in, due to strong central gravity. Reference: bodes1.htm   bodes2.htm   bodes4.htm

ANDROMEDA COMPACT BIGMASS

Striations from collision cleavage at both the west, and eastern shanks of compressed galaxy Andromeda. Cleavage may have once upon a time continued all the way across the foreground flank, the centeral cleavage (if it was there) has been pushed out by the emergence of small galaxy M110



Because being straight you have to know striations are not a part of the greater swirling centrifuge caused by the galaxy's gravity, even though the striations may be swirling along, like thin logs, in the centrifuge.

These striations are lineal, straight lines, in a parallel stack, they cannot have been created by gravity whose engineering is invariably curved.

M110 has skeleton arms, as do many deep space objects, which are surrounded by arcing forms in clumps and star wads, but no sundry matter at all the sundries have been stripped or blown away leaving only the original intense kenetic hot spots still strung along the arcs that were once arms.

Lines both short and long, open and tightly curved, arc in necklaces around M110. A magnetic barrel of arcs lined with hot dots reaches back tonging powerfully into the Andromeda underbelly.

Tonging magnetic barrels are noticed also here in Circinus galaxy, and called the Beer Barrel Polka in nebula Ngc 3603 here

COMPACT GALAXY AND CHAOTIC MULTI CHARGE DISTRIBUTIONS

The sculptor galaxy is also compact with two charge states intermingled in clumps. Sculptor has has recent impacts (in terms of galactic time) so is somewhat chaotic. Impact entry points are seen as large vertical cowlings, more than one, on the western flank.

BI-POLAR ROTATED CHARGE STATES

I have been assuming that blue (absorption) is negative charge, and red (emmission) is positive charge. This is true for the Orion trapezium pullmotor (red) coupled to nebula Ngc 1977 (blue). Frequency polarity is self evident in the Flame galaxy M82.

Hubble image reveals dark matter fractal object.

Galaxy M82 -home- adjacent to Bodes has its two charge states separated into polarized right angles, the central wings (horizontal) are one charge the vertical flares the other, the foreflare is being drawn to a point by stronger gravity along the north/south axis adding to the gravity from the winds, above, the sundry matter flares out being ejected with less gravity concentrated their and getting weaker due to clump dispersment the strings in the diffuse flares are visible gravity waves of opposite polarity out at the end of the gravity wave strings, concentrating the sundry matter of opposite charge by attraction.

Gravity waves are two pole, like lines of magnetism with an opposite pole at each end, in the situation with galaxy waves one pole imbeds in the galaxy core the other waves out into deep space, however since more than one pole can imbed in a core in that cores are pullmotors with multiple poles at least two in simplest engineering gravity waves can attach up/down, and down up, those waves whose ends are similar in polarity spread apart and form wide apart arms those with ends of opposite polarity windup closely together forming more compact windings with slipstreams

MULTIPLE CHARGES INTERMINGLING, AND RATTLES

Leap to M101 images

A galaxy like M101 has multiple charges intermingled in large local area concentrations, effects of charge can be easily seen in rattles at M101 where a clump of one polarity has passed through an arm of another causing gyroscopes to form at right angles called rattles similar to electricy circling magnetism except the magnetism is coupled with gravity independent of electricity, and visa versa, charge coupled with gravity indepentant of magnetism, the magnetisms and electricity merge at the molecular and atomic level but are separate at the gravity engineering level where the otherwise ultra weak gravity force dominates.

EJECTED STREAMERS OF IDENTICAL CHARGE RISE ABOVE NGC 3079

Streamers of red radiating matter above Ngc 3079 are nothing more mysterious than repulsed charge by identical charge in the core dish. Large tympanic impact zone is seen along the right flank. Click to see large opaque oval in the tympanum zone, the oval is a flank of matter of opposite charge from another galaxy.

TIDAL TRIOS

Tidal trios are where three bodies are orbiting a star in a straight line out, in seeming defiance of Kepler laws. The illustration show a tidal trio which has migrated, large in a foreward position, and swung further back small behind the star. The star is Regulus.



SUNDREY MATTER GALAXY JETS

Sundry matter jets at galaxy .... are charge states (not necessarily overplus) being ejected in concentration out of the galaxy's poles, however, synonimous with nebula jetting, one jet is of one charge, the other jet oppositely charged, telling us this galaxy has particularly strong magnetic field values, the core's positive magnetic pole below one side of the disk jetting positively charged sundry matter, and visa versa at the other pole on the opposite side of the disk negative sundry matter is being ejected by the negative magnetic core pole.

ELLIPTICAL GALAXY'S PLANE POLARITIES

Elliptical galaxies have mixed poles diffusely homogenous forming the mantles, lesser quantities of opposite charge slipstreaming in shallow disks inside, vertical cowlings where opposite charge slipstreams past opposite pole in the core, and on the other side of the disk a horizontal shelf where similar a similar charge state passes a similar pole and so is defranchised out into an extended horizontal shelf.

Bifurcation in the Hamburger galaxy mantle, which is actually two mantles - the upper hemisphere mantle is sluffed rearward, the the lower half is sluffed foreward, as an oppositive shelf, toward us. Centaurus A, the hamburger galaxy is exactly that, take a round hamburger in two parts, gently press both halves between palms and slide one half forward a bit, the other backward so that the hamburger is partially differentiated in two halves and you have the engineering of the hamburger galaxy, as illustrated in stereo.

Take a look here at the hamburger patty's Z shape, it is not round.

Radio jets from the Hamburger galaxy are self evident, matter jets shooting out of the poles in radio frequencies are spreading apart, extending longer (above) passing through a flow zone of similar charge, and diffusing (spreading out in a bunched up wad when encountering matter of opposite charge (lower).

Jetted matter is starting to curl back being pulled back by strong power from gravity central, which explicitely accounts for the bulging tongue in the lower half, and the overhanging lily in the upper half. The direction of both curls, tells us the Hamburger galaxy is sweeping end over end the top half away from us, the lower toward us, as one of its principle motions.

Bulging forward on the right, concave receeding on the left, tells us Centaurus A also has a horizontal rotation, the right side toward us, the left side away. In fact the horizontal boomerang rotation is rapid, fast enough to straighen out the boomerangs on either side of the galaxy center, where strength strength in the core rod is strong enough to keep the core rod from warping in the horizontal rotation.



Centaurus is spinning fast enough to compare to the rapid spin of a daily rotation, in galactic time scale of course. Except the engineering form we see for Centaurus has hardly had time to complete even a portion of a daily spin, which means the collision which has smused Centaurus with rifted cleavage and rubble haze strewn around, it very recent.

Include in the engineering a sequence of miniature thrusts shooting out along the length some like miniature core rods, sourced from somewhere within the deeper bowels of the galaxy.

I am not citing more source sites for Hamburger images, any search of the web for 'Centaurus A' will yield plenty of targets, including those I have used and enhanced. Try Apod (if it still exists by the time you read this) where there are dozens.

The Sombrero galaxy is bifurcate in the same defranchised way except photos of it are very diffuse and the defranchise is hard to see in stereo, so your time is not being wasted no illustration of the two mantles of the Sombero are given, instead, a good view of the shallow inner disk is shown

SNUBS BY COLLISIONS

M74 is coiled galaxy almost as thick as a cinnamon roll and has a huge snub dominating a bulged out arm, smooths also evidence a former collision.



COILED GALAXY UNDERGOING MERGER



Which brings us to massive maniacle Ngc 5236. Indentical charge states are fighting for supremacy, mass power surges overplusing from one galaxy are trunking into new positions in the other (see v-breach at top of image where two short thin arms are merging), forming a whole new galactic profile once the dust settles, while around the flanks similarly charged mass concentrates are spewing out in diffuse flares.

POWER CORDS CONJOIN AT A 'V' BREACH



For that reason, spectacular flares hurtling up, curling down, on one side of the core rod vrs the other, are where identical charges are fleeing farthest apart but restrained to separate no farther by the core kernal and core's rod's powerful gravity keeping the separated identical charge fields as close as possible in dynamic equilibrium, which is changing extremely fast in terms of galactic times scales.

BI-LATERAL SYMMETRY - ONE SIDE OF THE CORE
FLARES UP, THE OTHER SIDE CURLS DOWN




NEAT ORDERLY CLEAVAGE TELLS US TWO COLLIDING GALAXIES HAVE OPPOSITE CHARGES (NO SCATTERING) BOTH HAVE BEEN RETAINING ORIGINAL ENGINEERING PROFILES - ONE IS STILL SPIRAL, THE OTHER IS STILL COMPRESSED

Three important cross references for this galaxy, relating to multi doppler spectrum shifts, doppler shifts again, and multi charge states.

In the case of Ngc 3314 ( home page), clean precise surgery is taking place as one galaxy is cutting the other open. This can only happen if each galaxy has an opposite charge to the other, the opposite charges, being attractors will tend to keep their constructions intact (at first) in spite of major cleaving.

For example, striations are seen in a vertical wall shelf behind the now impressed center region of the compressed galaxy, the vertial wall of striations revealing both that the compressed galaxy is thick (like Andromeda) and that nothing has disturbed or blown away the straitations.




Ngc 1232 also has a jack frost, very noticable.

The original has not taken notice of these interesting goodies.




Stretching is said to occur when galaxies moving away drag matter in a characteristic flat ribbon band. Three examples are enough to show the procedure - the Whirlpool, Stephans quintet, and Ngc 5426.



The bridge between Boris and the Whirlpool is nothing more or less than a stretch which occurs when galaxies pull away in collision, an example of 'stretch' is seen in the Stephans Quintet, in which none of the Stephan galaxies have a circle core with giant arms of methusala winding outward in a forward thrusting direction.



Example Ngc 5426 is even better, in mind's eye rotate the Whirlpool and Boris into an alignment which matches these two next and you will see the 'bridge' between Boris and the Whirlpool is also a stretch between the two.





SPIRAL GALAXY M101

Sprintling in the next image is because too many tiny data points cannot properly merge in 3d, causing spurious noise, otherwise, the 3d is correct for the larger scale database in the image.





The galaxy is being bombarded by intruders some large enough to make tracks (parallel lines of disruption) which alter the shape and appearance of the galaxy.









A rattle results when something travelling fast prangs an arm at an oblique angle, generating ring currents around the arm's gravity strand. The currents and rattle tend to linger, older rattle is seen in Ngc 2997, and perhaps the jack frost rattle in Ngc 1232 is recent.

This next image (of a rattle) contains voo doo, you can get lost in it playing games with the imagination. Not imagined is that clumps seem to be in long range vertically tilted orbit around the space needle creating a second thicker diffuse ring around the rings of the rattle.







RATTLE IN NGC 2997







Cyclonnics show where translateral intruder's spins have impacted their signatures into the arm.





RECENT JACK FROST RATTLE IN NGC 1232

The amazing jack frost.   More







The jack frost could also be an amazing fast jet spooting out from a high speed cometary swing behind the core. The picture does not do either a rattle, or a jet, justice.

Let's really blow cover and speculate recklessly. Suppose in two galaxies merging, one angularly still torquing at a different plane than the other, and an arm of one has just torqued up into sight trunkated, could this create a jack frost. Cover goes back on. Inspector Luminous rarely speculates recklessly, and only when enjoying it.

DEEP SPACE GRAVITY WAVES (A GRAVITIC SEA) Deep space surrounding M101 is saturated with gravitic seas made of gravity waves with determinatable properties for instance where the galaxy is moving into the seas the waves are concentrated more compact shorter, where the galaxy is pulling away the waves are longer wider more stretched apart. The compression/expansion follows the standard forms of doppler shifts in pitch due to motions.

Moving into the gravitic seas (compression)



Moving away from the gravitic seas (expansion)



Images showing the gravitic seas around M101 are hard to come by in that one extremely enhanced image which shows them is very large (3500x3200) and far too unweildy for show and tell even in segments. A solution has been to use screen captures from the graphic editor's small preview window. These screen captures and similar are analysed in the following pages:

  M101.htm   Moire.htm   Moire101.htm   Moire202.htm   Moirenew.htm   Gravitic.htm   Gravity.htm

STARBURST GALAXY NGC 1808

Click for full original



Blue clumps, and long thin strings of blue, are new stars, apparently this is unusual to find so many new star clumps peppered all over the nuclear center and crossing the span, instead of in local concentrated regions only.

Collision evidences are widespread - smoothed poop deck (upper surface), tympani impact sites.

Click for center original









Smoothed poop deck (upper surface). Thin strings of new blue stars cross left to right, the string gently curved one way (left) the other way (right).

Click for poopdeck original

The center is deep in a well, sidewalls rear up steeply modelled by a glowing jewel in the center of a washbasin, or better, a hovering insect seeing infra red, visible, and ultra violet, approaching a garden flower, tongue out getting ready to suck. Zooom... bzzzzz...







The new stars (blue) in the lower left are pressed inside pillows of overbluffs which would be compressions folding in from collision/merger.



Dss grainy shows long arms around a basic bar central



Histogram shows superform (somewhat inacurrate due to grainyness, it is not necessarily real that the superform size is a punched out bagle with arms fully connected all around.



COILS OF METHUSALA - This is the first image I saw way back then (1997) seen in virtual 3d which revealed that cores are tiny and dropped a longgggg way into a gravity sink hole. From long distance a galaxy's coils can seem sanguine. Close up is an entirely different story. Notice the sheer drop far into a center in the coils of methusala which surround the core of M51 the Whirlpool galaxy

Original (left) hardly any coils are seen














ANOTHER EXAMPLE OF A HIGH SIDEWALL GALAXY IS NGC 4603





Click for original
Click for enhanced 1
Click for enhanced 2

This nifty little goodie is definately organic, that is to say, definately a physics engineered with articulate properties. It has been called a gimble elsewhere in the Gyroscop.htm page.











A galaxy with twin jets, meybe even a second galaxy with one jet nearby, turns up under maximum enhancement, in the lower left corner of Enhance 2.

Two questionables are the jets issue off center to the rear of both galaxies, and both follow the vector of a light spike from a nearby overlay star. Otherwise, jetlike, the upper ray spreads (spreading is common in galaxy jets).

All three jets are being read in the 3d media density and texture of the deep space background, that is, they penetrate 3d space as does a nearby tiny galaxy to the right. Which means the jets are not spearing telescope light spikes per se. I vote for jets. Second finger up - I vote for jets too. Third finger up - not today.

Third finger comes back down half way and hesitates quivering - the single jet is vectored this way toward us.















Dss (small object in large frame due to distance away) shows a very tangled conglomerate with volcanic arms issuing out every, meaning this basically is at least two substantial galaxies probably more merged.



THE SILVERADO - SHAVED BY COLLISION

Hubble ACS camera for grand design spiral galaxy Ngc 3370

Conning tower juts out of middle of galaxy(s) body. At first a most mysterious item to be found sticking up in the middle of a galaxy. It has a rather mundane explanation, as follows.



I know exactly what has happened here, exclaims Inspector Luminous in a few seconds of surprise - an optical dellusion switches focus and there is the answer - after having viewed images of the conning tower more than once, more than twice, off and on for several months.

The top of the conning tower has been shaved off by bypass of another galaxy, didn't exactly collide, didn't exactly sideswipe either. Shaved. Clipped it off and sent strew streaming left which is the path the clipper took leaving with some of the Silverado in tow.

If this galaxy is re-oriented so the top of the conning tower aims straight toward us, the conning tower would undoubtely be a stump - shaved off 'cleaved' arm in a collision which didn't merge.

The kind of galaxy before the shave would have looked something like M74 with broad thick disturbed sundry positive matter arms that are thick. One such thick arm in Ngc 3370 has been shaved.



What has happened is, as the Inspector was looking at the view above newly enhanced and displayed, it suddenly seemed to grow larger and wisps drifting away to the left from the top of the conning tower told the whole story in an instant - shaved.

An even better example is chaotica Ngc 3310

Clip the upper arm by a rogue heading west and you will have a conning tower. The twist in the upper arm is the start of a lenticular longarm such as seen in Ngc 3718





The straight line heading east above the core is also part of the shave.



INTRODUCING OHM-WATTS

STUMPS AND DOBBLERS




The words woggles and dobblers have been used in interchangable ways to describe ohm-watts sticking out of an abruptly cleaved off arm stump.

Big support page is our always ready friend - the integral arms page Integral.htm

NGC 4038

Even though blurred, it is obvious that the inner valley up the chasm is a caldron of tympanic formations. A huge arm stump with perhaps two short tiny silver woggles sticking out (below the valley of caldrons) shows major whumpage where a thick arm has been cut though as clean as an arm off Holly the puget sound octupus.



Arm stumps in Ngc 3314 with ohm-watts sticking out in the form of ripped co-axial cables.





OHM-WATTS IN THE FORM OF A DOBBLER

A small stump in Ngc 5236 even has a small trickle of matter flowing out from a charge channel running like a string or nerve of intense stupendous amperage inside the arm. Who could know how to calculate the ohms. This 'dobbler' (trickle of currenting matter) is also investigated here





The top of the conning tower has been shaved off by bypass of another galaxy, leaving a stump, didn't exactly collide, didn't exactly sideswipe either. Shaved. Clipped it off and sent strew streaming left which is the path the clipper took leaving with some of the Silverado in tow.



If this galaxy is re-oriented so the top of the conning tower aims toward us, the conning tower would undoubtely be a stump - shaved off 'cleaved' arm in a collision which didn't merge.

SPINDLE GALAXIES
They seem typically small, characterized by long thin hot cores and long thin arms winding copiously around the outer perimeters. Three examples are shown

More spindle galaxy images in the Spindle.htm page.

Ngc 1087 from Sloan telescope all sky survey



Little rudolpho - spindle galaxy near Ngc 1232



Spindle galaxy Ngc 4214, irregular outer perimenter




GALAXY PROPERTIES
SYMMETRY AT THE CORE
AND IN SURROUNDING
MASSES OF GALAXIES




GALAXY PROPERTIES - S-SHAPED CORES

Long elegant s-shape in core of Ngc 1365. The lower corner of the zig-zag
is jutting toward us.





Showing the core's s-shape, a shape that is intrinsic in galaxy cores where black holes are residing. More on s-shaped cores in the S-shape.htm page.

COTTER PIN TWISTS IN GALAXY ARRANGEMENTS


It is assumed the Cigar is a galaxy,
not a nebula, certainly not a supernova aftermath, the Cigar has galaxy attributes, but nothing has been seen anywhere like it on the web since 1996 to circ end of 2003






Name unknown, scanned from a forgotten magazine 7 years ago, more Cigar galaxy in bi-lateral symmetries context.

STRIATIONS FROM SIDESWIPES


Striations in Andromeda







Any striations in a galaxy are worth a second look. Striations are a tell tale sign, guaranteed, of galaxy collision particularly where one has sideswiped another sliding by, or slicing through rather than merely passing through. Striations can also reveal thickness in that striations are usually vertically stacked.

A few notable striation examples are featured in the Galaxies.htm page.



Striations in Ngc 7731





Striations in Ngc 3314





Striations in M63 (Sunflower galaxy)











The long scratch needs explanation. Got one? I don't. It appears in Dss black and white plates, and in a Subaru photo (color), so it is in the galaxy not in someone's worldy ego-me mind.







GHOST ARMS


Ghost arms in Ngc 3314 from emersion







Ghost arms in Triangulum from sideswipe



VOLCANIC ARMS


Volcanic arms issue abruptly from the side of Ngc 3521, Ngc 4414, and Bodes galaxy.

NGC 3521



BODES



NGC 4414





YO YO GALAXY(S)


Yo-yo galaxy in the making - barge and peanut - Ngc 6745



Yo-yo galaxy already made.

LONG ARM IN THE TADPOLE GALAXY

Y0-Y0 GALAXY EXAMPLE


Yo-yo with long arm, called the tadpole galaxy.








Unattached Tadpole's yo-yo head.





LONG ARM IN ARP 102
Percussion nodes, one at the end of the lower longarm where collision encounter first began. More in the Antenna.htm page. The lower arm's end is a tympanic percussion cup where the collision first started, back in time.










The main scene is hunkered hard against the right edge because this is the way the image came from image headquarters, operated by these guys. They in turn got the image from Dss with the same displacement.

A similar percussion ring at the end of a longarm of the Antenna galaxies, is a trip back in time to see the abrupt moment when the collision first officially got underway.

Also known as Ngc 4038 / Ngc 4039.



Dimpled
chads in the
image (two) are in the
image. What these sinkholes are
or are not cannot be deterimed here

A radio and optical composite shows the long arm and abrupt firestart in radio (blue - optical light is green).



More of the diffuse outreach surrounding the main bundles can be seen in the spectrum frequencies used for this next photo. Tiny goodies inside the wide outreach are the main event.



A tympany cluster hunkered in the boom valley between the two firewalls is mentioned in the Tympan-1.htm page.



NGC 1512-007
Check out this histogram version of the Dss plate full size, in which gravity waves ripple the fabrics of deep space

Collisions can get underway a long way from home. An image of Ngc 1512 shows a longarm flaming on miles away to the left of the main galaxy, where the small matchead is now down in the lower right quarters on the entire opposite side of the screen from where the encounter first began.

More in the Infinity.htm page.






SCULPTOR NGC 253

You have to read the saga of Sculptor to get the rest of the situation


An example of a boiling galaxy is Sculptor, and how it is boiling, picture yellowstone national park boiling up from underneath and this gives sensations equal to the boiling surface of Sculptor, which besides boiling, seems ripped apart by road rodents ripping back and forth across it. Read the 3d-caper for more.



A better name for this galaxy would be chaotica. Road rodents seem to be chewing it to bits. It is actually very deep but the depth hard to see due to dim glow in the positive matter which surrounds the bright main deck made of chunks of whirling negative matter intermingling but not mixing or merging, due to concentrated local intensities of kenetics at various spins, keeping the seeth at a boiling state, in fact some of the seeth is boiling up from below whose inner depths are masked from public view.







The plain fact is, two galaxies are merging, bright central ovalular is pushing down into the wider other.

A passage from 3d-caper.htm



How incredibly
awkward of me, here
quick, everyone help me,
flip the galaxy over. Ahhhh
this is so much better. I forgot
to take into account the galaxies are
merging watch my hand as I slide it gently
up and over from the right rearward to the left
into the soft pudding of the other galaxy, see the
drop where my hand curves around over there in the
far left my hand is down in the other galaxy.

But,
Batman,
I thought
you said the
other galaxy is
sliding up and into
little bigshit coming
in from the left and rising
up making the mark of zorro.

Oh,
you mean
this, -flip- the
only problem with the mark of
zorro is you cannot tell two galaxies are merging.



Halo blown out into a skirt around the maindeck.



SUNFLOWER GALAXY NGC 5055


M63 sunflower galaxy original



M63 has a core deeply insunk inside a lopsided pincushion.





It has striations under a deep sidewall flanking the length of the main deck so its chaotica is residues of collision with intense seething intermingling of positive and negative clumpage, the positive charge components partially reorganized in myriad small low glowing and diffuse form arms spinning out along myriad gravity waves from the core.

Top half and lower half enhancements are deliberate to isolate details which do not stand forth when the whole image is enhanced.







When you see striations (long straight parallel lines) under a galaxy's quarterdeck, you know there has been a sideswipe collision somewhere in the galaxy's past.













Look to the right flank in a bright orange window, it looks like a pullmotor core from another galaxy may be imbedded in the mantle, revealing it's presence by a circular incise and dynamo motorworks comprising several artifacts. (Note the semi fishy hesitation in description - the Subaru image has just not given quite enough fine details to make declarations with certainty).

INEGRAL ARM AND A TYMPANUM IN COLLIDING GALAXIES






LONG CHARGE DISCHARGE JET, A JOG IN THE JET WHERE THE POLE IN THE CORE DISCHARGING MOVED, SHIFTED POSITION, VERY ABRUPTLY, DURING THE JETTING


This veerjet galaxy turned up in a Hubble Acs image, not seen in the original

Galaxy with a profound long jet issuing from its center, with a hook in it. This is big time and should be big news, I probably will not see a single sentence of credit for spotting it. The material jetting is coherent, that is, essentially the same angular momentum in the spins of all of the jetting particles. It can be argued that along the timeline of its past there has been an abrupt shift in the angle at which the core is jetting, resulting in the abrupt kink.



Abrupt angle shift may be a different cause. In the Crab nebula matter streaming out from the center of the cyclops is running over rims of high concentration bending when passing over the rims, getting slowed, hence bending, like light seen bending a straw when the straw is immersed in the slower light speed media of the water.

Notice how the jet fades into a vertical wall of sidegas welling up.



The jet may be a spray of charged particles rubbing over the sundry gas. There are actually TWO jets, one initiates from the left side of the central actual, and hooks almost instantly around straight forward, then down. The other streams from the 4 oclock position behind the star, it too out in the right hooks almost instantly forward and keeps coming on toward at a slightly lower incline to fade into red massworks. A split beam ionnic defraction is at work in the star's brain.

The shorter second jet stream would be much longer if there was more mass outward with upper surface the stream could spray over.



Suppose a section of galaxy moved into place effecting the jet stream, changing the refraction angle of jet spilling out by slowing forward momentums in one direction, this could cause a rather abrupt shift in jet angle. Inspector Luminous jiggles gold coins in the pants pocket just to make sure they are still there, spendable on guesses.

Click image for full size


CHAOTICA GALAXIES


NGC 4945     NGC 3079     NGC 253 and 3d-caper.htm

ELECTRIC SPRITES DANCE ABOVE NGC 3079

More Ngc 3079


These sprites dancing like lightning bolts above and below the galaxy's core dome, are negative charges being discharged from a positively charged central dominating body. If it was positively charged matter being driven away by repulse, the eject would be diffuse without secure patterns.







The lightning bolts above the charged deckplate take their shapes from fractal diffraction patterns within the spins, like patterns are friendly to each other and so form shapes with minimum waste of effort some kenetic momentum not needed for the patterns used instead to coherently randomly direct the fractals zig zag lengths.





Major impact bulges along the deck's leading edge. Look twice. The dull green horizontal outbulge below the core is marginally amplified in a highlighted window.





Ngc 3079 is no skinny chicken. Look at how much enhancement reveals. The deck is almost as thick as a McDonald's big mac. (Perhaps thicker, big macs you get when you pay are nowhere as thick as big macs you see advertised. In fact, some big macs have ingredients so thin you can see right through, except the hamburger patty it is thick enouph, just, not to be transparent. That is why, when you pay, you buy the flavor, not the food, because there is none.



Inspector Luminous pitches the empty little carton into the kitchen waste pail with foot pedal lift lid, and vows never to go back to that Big Mac hamburger stand again. The three inch thick burger advertised on the unused discount couple sitting on the coffee table, looks mouth watering good. Between two fingers Luminous holds up the actual buy, less than an inch thick. Peeking inside and poking around, there is the lettuce, one piece less than half the size of the slice of bun, wilted brown, transparent, on a plain background. Hubble photos can be like this, 1/2 inch thick until enhanced. 1/2 inch thick, the big mac original by Hubble.



HUGE COWLINGS IN NGC 4945 FROM INCOMING IMPACTORS


More Ngc 4945


Gently cross your eyes to see 3D

Incoming! Incoming! Impactors strike the deck of galaxy Ngc 4945 raising huge cowlings. Here are two in sequence, one behind the other, the front the biggest the smaller at angle to the left. You can read collision road map just by these cowlings, and know this galaxy's chaotic state is not fluke it is collision and resulting rebellion against different charge state intermixes trying to intermingle and can't.







The radar dish center looks familar - chaotica galaxy Ngc 3079 has a center similar.

NGC 4388 GALAXY DISCHARGING POSITIVE CHARGE (RED) FROM ONE POLE


More at Hubble1.htm

Intermittant, as clumps of positive charge (red) hit strong positive charge concentrations, for instance at a core pole, is being pulsed in chaotic strung out tangles out of a pole, the tangles hitting deep space at different diffuse velocities without coherency or cohesion.







The picture, cropped at source to a restricted frame, nevertheless shows a bottom venting under. The venting is from the western edge of the core deck not from the middle which is usually the source of strong jets instead.





LARGE OUTGASSING IN RADIO

Officially called 'The wrong galaxy', and named 0303-192.



Click for large original
Click for large enhanced
Click for small galaxy full

In the clicked enhanced, notice the number of hot blue dots and squiggles peppering the deep space backdrop. These are something, what, is not readily answered here with this image or elsewhere in Hubble deep space astronomy. An exploration of deep space sguiggles, and galaxies streaming in rivers, is in the 3370-1.htm page.



In the clicked enhanced, notice there are yellow bands and swirls comprising some kind of activity in the thermal deep space backdrop, visible in yellow colors.

Next is a slice cut from the master enhanced image. Hot blue dots are particularly noticable.



There are a noticable number of white dots more or less of uniform size, miriads of yellow dots ranging from noticable to tiny. The blue dots all have a darker blue 'halo' around a hot bright dot. This makes them noticable. How do they fit into a normal starry backdrop from the Milky Way, the hot blue dots do not seem to fit a normal starry picture.



RIVER DELTA SPILL PLANES
Cross reference delta in Andromeda

Bodes galaxy has a delta river spill plane similar to Andromeda's. Spill planes are conjectured to be the result of a galaxy firing out from the core in intermittant bursts, as the cammed core gradually shifts up in a gimble (separate motion) the intermittant scattergun bursts creating the delta as self evident pulsations of spew.



The above spill plane view by Gendler shows a blurry spill plane, image used because as far as I know it is the best view of Bodes inner core anywhere on the web, Bodes cores invariably a solid white tablet comprising the whole coredeck in one big whiteout. A very poor Bodes image circulates the web showing a tiny dot of light for the core with few discernable details surrounding, this is supposed to be Bodes in its true colors

Bodes galaxy images have been extensively picked apart for lore and more details. Here is a clicklist of Bodes galaxy pages
  Bodes1.htm   Bodes2.htm   Bodes3.htm   Bodes4.htm

Optical illusion fun and games. When rotated, Bodes spill plane (down) becomes upthrusts. It matters little whether the true galaxy state is upthrust or down, if up, travelling behind the galaxy reveals down anyway.



REASON FOR DELTA SPILL PLANES







Rapid
irratic
jetting in
pulsations of
breathing spew around
the near flank as the core end
slowly lifts up and moves back resulting
in a river delta spill plane effect, the curvetures
in the spill plane may be caused by gravitational
pull back toward the core but a lifting
motion is definately also involved
or is the main cause of the
spill plane's major
broom tail






Maximum enhancement
allowable by intelligence
shows a rim edge (lower right)
completely filled in with tiny thermals and
doodads, and extensions further pushing the galaxy's
massive size outward into very low radiant areas
on the fringe which might in fact comprise
subtantial thumps of missing matter

Andromeda's
similar river delta
spill plane is highlighted here

A huge sidewall galaxy like Ngc 4603 with a deep valley swooping down into the core (tongs trhusting up from left core end) is an upthrusting delta river spill plane made by the core's jet firing out intermittant pulsations as the core, in this case, slowly gimbles downward. A downward spillplane at the right means the core is gimbling, that is, rotating independantly on its own on more than one axis, cammed out of phase with the galaxy arms at large.



Notice how thick is the lower hem's vertical skirt, this is HUGE mass density thickness. The galaxy is shaped like a cinnamon roll which has been squeezed slightly sideways by being pressed between your palms and slide slightly. Massive chaotic galaxy Ngc 5236 is a cinnamon roll cylander.



More cinnamon roll views of Ngc 5236.

ROOSTER TAILS

A ROOSTER TAIL ARM - EXAMPLE ANDROMEDA

Andromeda's rooster tail arm jetting to a narrow tight core pole connection, is an overplus of one charge hurtling out ejected then being drawn back in by a narrowing accelarating accretion string into a strong opposite pole at one of the poles in one of the cores.

A rooster tail arcs up and out in a vertical horizon plane to the right, as a horizontal horizon plane arcs around to the left. White glow from the core can be seen heating some rim



Rooster tails are where the bi-valve is particularly pronounced, for instance a bare naked skimpy of Andromeda shows its rooster tail clearly, the rooster tail is mostly masked by Andromeda images which are filled with Andromeda's sundry masses surrounding the fundamental rooster tail symmetry.

ROOSTER TAILS IN GALAXIES
Cross reference        





Bodes is also a rooster tail galaxy, that is, it is comprised of two main arms, sweeping around above to the right, and below to the left. The rooster tail is not immediately seen until Bodes is skimped down into a bare profile, where then the rooster tail becomes self evident.

X

Original by Gendler
Enhancement showing thick drop below

Notice how thick the Bodes sidewall is, it is a measurable drop below the core deck. In other words, concidering its thickness, as well as cross section, Bodes galaxy is massively HUGE.





Andromeda also is a pronounced rooster tail formula, the rooster tail not easily seen until Andromeda's image is stripped down to a bare essential.

Rooster tail in a core is readily seen, in Andromeda as an example.





Rooster tail in the Andromeda core, more showing the core's s-shape, a shape intrinsic in galaxy cores.



LENTICULAR GALAXIES AND RING CURRENTS AROUND LONGARMS

Only two good lenticular images have shown up (in nine years of looking through astronomy sites combing the coodies for standouts).

An unnamed galaxy in the Virgo galaxy cluster (enhanced in brown tones for easier seeing) is next. Followed by lenticular galaxy Ngc 3718 one of whose long tail has induction current rings around it. Name unknown in Virgo galaxy cluster



Lenticular galaxy Ngc 3718 - note induction rings along one of the longarms.





Induction currents in rings around an arm are seen in Hoags galaxy. A postulation suggests that if Hoags is ripped into a stretch by an encounter with a drifter passing by, it could end up looking stretched out like Ngc 3718, with ring currents circling one of the new longarms.



You cannot expect the ring currents around every stretched galaxy's longarms to be identical, a ring current around the longarm of Ngc 3718 sticks out sideways pointing right, but, then, some Hoags ring currents are side vectored, though not to the same striking degree.

Ngc 3310 has lenticular twist.



Arp 230 seems to be a lenticular galaxy without its lenticular longarms.





There are more than one reason to believe that the hamburger galaxy Centaurus A has a lenticular galaxy factoring in its winds, in fact there may be two in its wings, the second being the galaxy's notorius radio jets.



LONG ARMS GLOBAL SPHERE GALAXY NGC 6951

Ngc 6951 is a global galaxy, it is a fully round ball as is a gyroscope in a three way gimble, this is not a galaxy with a pronounced rooster tail as are most galaxies expecially galaxies with only two arms.

More whopping multiple angular momentums are illustrated click

From two different photographs, both Ngc 6951 images next are grainy and blurred, each nevertheless together able to show a reasonable approximation of the galaxy's longarms existence.











Ngc 6951 has many angular momentums, effecting different arms, segments of arms, and different plateau states in the bright center region.

A small black straight line slash aimed left below the core is a striation from collision.

A rather good description of angular momentum in the act of processing, involves Boris at the Whirlpool galaxy.

LONG ARMS GLOBAL GALAXY NGC 1232

A gyroscope in a 3-way gimble.







Core of Ngc 1236 in two planes one horizontal.



Global galaxy Ngc 613



GLOBAL GALAXY M100

M100 is also a gyroscope in a 3-way gimble, each layer of M100 proceeding inward (there are three layers in M100, rotating at slightly different velocities and at slightly different cam (ie tilt) the inner core region the fastest revolving and most cammed. The velocity differentials are not high so without awareness of the three-zone layer construction of M100 observers would not be aware of the three main velocity slipstreams.

M100's plateau angular momentum states (three) are described next, the description is detailed in context of angular momentums in the momentum.htm page.

THREE RATES OF CONCENTRIC ANGULAR MOMENTUM IN M100

HOW TO INTERPRET THE 3 MOMENTUMS



M100
whose right
side looks like a
hermit crab, tells a great
deal about angular momentums. Our view
almost full on the galaxy, is essentially a globe
(not a full moon disk). Looking at the center you can see
the core turned (cammed) sharply to the left its buldging
eye very much like the eye of a cameleon. Notice how
the bulgde rises into a downturn on the right
side, and sweeps upward from sunken
depths on the left side of the
eye. This eye is very
sharply turned.
Next to
the
right an
arm is set a
little further back
around the right flank, and
the outside arm around the right flank
is the furthest set back. Picture a mobile hanging
like a christmas tree orniment from an invisible thread, the
outer piece is turned on the right farthest back counterclockwise
on a vertical axis. The left flank arms seem chaotic compared
to the right but actually not, the left arms are in
opposite sweeps (in-out vector curves) to the
right so correspond to a mobile with
3 basic rotations from inner
(eye) to outer. It
means the
eye is
rotating
the fastest
turning clockwise
to the left on a vertical
axis, the middle arm turning less, and
the outer right arm turning the least over time,
the result being the separation into three distinct
bands of angular momentum as you progress from the
outer right arm inward toward the eye which has
turned the most having the highest degree
of momentum. There, if that hasn't
said it simply then I will
have no choice but to
make it even more
confusionally
wordy. Try
and get
the
picture
yourself. Once
you have the snapshot
in mind, the 'gottit' in 1/10th
of a second flat, you will have no trouble
seeing angular momentums at work in different galaxies

THREE SEPARATING MOMENTUM BANDS IN M100

This
hermit crab
view is further used
to demonstrate how concentric
bands of angular momentum can work. When
the galaxy is re-oriented (by manipulating its image)
a very different aspect abruptly results, due to optical
illusionalism by the image's photon's arriving along
a fixed or preferred line of incident angle
striking the photo recording media. But
not really, if you read from the
top down, the same three
concentric bands
of momentum
are seen
in the two
gaint arms and
the 3rd band in the core

Image 1

Image 2

OPTICAL ILLUSION KICKS IN

Now the
optical illusion
kicks in, most easily seen
in short arms curling down in Image 1
looking like the legs of a hermit crab, in Image 2
are now standing up prominantly. Clearly one cannot equal
the other since once is downcurled, the other jutting up. The cam
(fish eye) in the core has completely reversed, up is down, and down
is up, though this is hard to see in the very lower resolution stereo of this
blurry image. And yet, we can also see that the principle formula of the
concentric bands of angular momentum have been conserved, except the
original left side which seemed confusing, is now the right side
and band strength is clearly in place identifying again three
different rates of rotation of the arms, not in a
whirlpool around the core, but in bands
displaced by turns of a mobile

More about optical illusions is found here


THREE BASIC MOTIONS COMPRISE A GALAXY

Three
basic motions
comprise a galaxy.
Let a frisbee (disk) model
them. Hold a frisbee out front at
eye level horizontally so you see a flat
thin disk. This is one plane of motion, the
slowly revolving whirlpool or mishaped bars.
Turn the frisbee upright so you see a pie,
and flip it end over end, this is the
second basic galactic motion. Turn
the upright frisbee sideways to
see it thin on edge upright,
and while slowly moving
it back rotate it
again end over
end. This
is a
3rd axis
of rotation,
rotated 90 degrees
from the second. It is this
3rd motion which cause Vortex formations.
Many though not all galaxies have all three rotations
to one degree or another. Usually one motion is dominant over
the other two. Ngc 1365 seems dominated by all three motions
accounting for its giant swishes through deep space and
its arms closing back in on each other. M100 is
dominated by motions 1 and 3, causing the
hermit crab aspect of its arms


GALAXY PROPERTIES
BIFURCATIONS AND
BI-LATERAL REDIRECTIONS




CLAMSHELL AND EYELID GALAXIES

An example of each.

Clam shell, look like clambshells, they are elliptical galaxies which have had their halo's scrubbed. Eyelids slicking over an eyeball appear in circle as if partially closed by eyelids, exampled by Ngc 1512

Cotter pin twist is not the same as bi-valve, for instance handsomely represented in the profile of elliptical cum chaotica galaxy 6782, whose center plane shelves out horizontally on the left flange, and rises vertically on the right. Most every galaxy is bi-valved to one degree or another.

NGC 6782

By chance is how come the chamelion's eye is rolled to the left. It is a chosen systematic new-venue for this page's purposes.











CORE OF NGC 2997

The wound core of Ngc 2997 is also a lookalike. In all rolled center galaxies the center is a chamelion's eyeball cammed at angles noticably displaced from the planes of the rolls.





This core is torquing endwise as well as rotating clockwise, causing a pronounced high tension cam, where the center eye outbutt is turning both upward, and inward to the right, relative to the outer prevailing arm sweeps, the big endbutt sweeping forth and around on the nearer end. The axis shafting through core central is pushing 90 degrees out of phase with the arms. This is because the multiple core motions total more than the velocity in the surrounding arms.

Image flipped optically produces more of a squirrel's bushy tail swish, which suggests the orientation next is closer to the galaxy's true line of sight in deep space. (Where more optics is seen is usually closer to true life). (A squirrel's tail gets bushier when the squirrel wants to look bigger and more intimidating to interloquers especially around a food stash where everyone, birds and squirrels alike, are eating in a meely of first come first serve. Galaxies are not quite so self serving but can be with anything else in the way of mass in the neighborhood. A second force collapses from a sphere to a straight line, drawing the galaxies quickly closer together, even from long distance).



CORE OF M100

Similar core notions are seen in M100.





WOUND NGC 6782 COMPARES FAVORABLY TO NGC 1365





NGC 1365



The wound core bole is a lookalike to the wound core bole of Ngc 1365. Thereafter, two differences - Ngc 1365 does not have a resident halo, and the arms are dissimilar, indicating that the chaotica circumstances of Ngc 6782 are merely collisional, as opposed to Ngc 1365 which is merging at this moment (seen in present day time at Earth).

Bear in mind that cores like these - big glow in round socket, are not the true core, which can be just a dot, for instance M100 is a hot dot seen in closeup by Hubble.





NEXT - M64

More in the M64 page.

For graffiti freaks, it is helpful to know this galaxy has four official names: M64, Ngc 4826, The Sleeping Beauty galaxy, and the Blackeye galaxy. At first, nobody knew what it was.



Should this galaxy be seen on edge, it would be a 'chaotica' with halo blown away now surrounding the thick galaxy plateau with diffuse positive ionized matter.







Click for M64 original

NGC 1512







M82 - CALLED A CIGAR GALAXY - ALSO THE FLAME GALAXY - A BIFURACTION INCORPORATION

Cross reference M82 in Bodes3.htm

M82 - how is this interpreted in terms of positive separated from negative charges. The red sprites above are positively charged discharge bolts, the outflares tonguing forth from the front end are positive outrushes. The red is positive ionization.

Subaru 1





BIFURCATIONS IN IONIZATIONS

The wings flaring left/right are a mixture of negative ionizations, sustained in holding patterns by angular momentums, which is missing in both the sprites and the rushes those velocities come from accelarations by opposite charge fields pushing them out, not wanted, incompatable, can't use, not enough kenetic spin momentums to merge in holding patterns.

Each of the bifurcations themselves further hold bi-lateral symmetries, another form of bifurcation. The left wing flares up more vertically opposite the right wing which flares out more horizontally.



The upper red sprints are rearward and rear rise up in a way no else than holding your hand up in front of you palm facing forward your fingers arcing up model these upper sprints more or less perfectly. The lower outbulge effulges forward as if your best friend your dog's thick tongue is rudely stuck out at you.

The fact of bifurcation in positive and negative ionizations immediately suggests ways in which the positive/negative contents removed from the Cartwheel galaxy have ended up separated into two entirely independent galaxies.

The above beauty views are from Subaru. Hst kicks in next.

Original



Enhanced







TYPMANI COMPOUND

The Subaru view is entirely missing a major event in the Hst - the center rocked by tympanics - none complete, the left edge of a tympanic hexagram sculpts a cavity inside which is a horizontal diskal edge which may associate with a black hole or at least a major powerfull pullmotor.

The Hst view takes in about the area covered in the cropped Subaru view shown as 'Subaru 1' above. The full subaru is immediately below the cropped.

Different colortone views show this area, the different colortones collectively comprise the view since none on its own adequately shows the tympanic structures and surroundings.









The tympanic cavity is actually an outbulge when seen in virtual 3d, gently go cross focusing the image pair together to see 3d. Outbulge like this in a tympani is rather unusual, usually tympani's in innies with either an elbow arm jutting out from center, or a flush of irregular plates thrusting forward out of the cavity.

The Tympan-1.htm page has more than enough illustrations to well acquaint you with the subject of tympani's.





Is this (tympani shell) a Hubble patching error. Likely not. Patching errors stay with an image regardless of orientation.

Flipped



Rotated



This object (tympani) does not stay with the image in different viewer points of view. Flipped, and rotated, the tympani changes.

Patching errors in a Hubble Cygnus Loop image are permanent.



BI-POLAR ROTATED CHARGE STATES