to bottom  
TYMPANI RESONATORS ARE EVERYWHERE IN ASTRONOMY, YOU HAVE TO LOOK FOR THEM, AND YOU WILL FIND THEM


Cross reference
  Rho tympani and pullmotor
  Trifid tympani, busbar, and pullmotor
  Orion busbar, black hole conedisk
  Orion pullmotor

  tympani.htm   tympani1.htm   tympani2.htm   tympani3.htm   tympanis.htm   hexagram.htm

IMPORTANT LINKS

Bilatera.htm (galaxy and nebula symmetry principles are modelled)
Symmetry.htm (galaxy and nebula symmetry properties are demonstrated)
3d-learn.htm (virtual 3d technical examples) 3d-optic.htm (virtual 3d - optical illusions)

SPECIAL - SPIRAL GALAXY M74 TYMPANIC IMAGES This is the only page which shows them

DARK MATTER VISIBLE OBJECTS must read

THE TARANTULA PULLMOTOR

THE GALAXIES PAGE



Tympanis are dark matter objects intercessing with physical mass

A pullmotor pole sticking out of a sidewall in the Carina mass nebula



Called the cyclops in the Eagle mass nebula



A pullmotor pole at a harmonic phase angle (60 degrees) juts out the left side. A tympani crystal cavity cleaves the right side

CRAB CYCLOPS AND THE MULTI POLE PULLMOTOR





And here it is, the Crab that started the whole thing moving. Suddenly recognizing that poles were visible in the Crab cyclops, it instantly became a 'pullmotor' and the search was on, looking for other pullmotors.

The Eagle cyclops came next, then Rho, then Orion trapezium, and others emerged from murk and dimness in quick short order. Pullmotors exist, thanks to a Chandra view of the Crab which revealed, clearly seen, poles. Poles in bigger pullmotors for instance in mass nebulas (instead of a single pulsar star's nebula), were deemed naked black holes (you can see the clothes they wear which makes them nakedly visible).



Cluster of tympanic cavities in the Antenna colliding galaxies



Tympanic dynamo bursts from the side of the Sculptor galaxy



Tympanums in a major flank of the sunflower galaxy Ngc 5055

It is proving pointless to try a unique name for every different kind of tympani. Hence, tympanum works just fine to point out that tympani's are here in the right flank, whatever name you might want to call them.





A small crystal cavity with elbow arm jutting out, and a dynamo with globular cluster (red) nearby, are easily seen. More dynamo further down to the left. Indications are there are other larger tympani(s) clustered around in the vacinity.

A vertical pullmotor housing in dense Rho massfield



Tympanic crystal compound in Rho mass nebula



Tympanic crystal compound in Rosette mass nebula



Tympanic crystal compound in Trifid mass nebula and bus bar



There is a very precise scythe (hard circle disk rim) in the Trifid bus bar, this may be the event horizon of a black hole.

A characteristic of scythes is they can seem cone shaped. However this may be due to dark inside the disk, rather than a concave disk cone. On the other hand, black hole gravity optics may create cones progressing further from the event horizon rim toward the black hole point of center, in which case, SOMmmmmMME light is escaping from the whole horizon cross section albiet the light is bent by ultra strong gravity.

COLOR VRS BLACK AND WHITE

Dss image plates are only in black and white, which means essential details specific to color separates containing uniques recombinant and depth plane constructions, are not available in black and whites, even when colorized (which can show more details). For instance the Blue nebula conal rosette (shown left) is a recombinant construction each wedge of the pie is a different piece at a slightly different size and in a slightly different plane. In black and white the 'uniques' would not be self evident when viewed in 3d.





Tympani shapes and shinplasters in clouds filmed during an Aurora.



A flying tympani hovers on its own out in nether reaches in the Trifid mass nebula. The flying tympani is above a larger tympani cavity



Another flying tympani is seen in Ngc 3603



Tapered conedisk



Note the tiny dark spot with hot pinpoint in its center, extruding in the lower left of this picture. This extruding dot may well be a black hole - the real deal - and the hexagram cyclonics broadening out behind it the event horizon, which is actually a shallow tapered cone not a flat disk, with parts interweaving in different sizes and connect angles.

A conedisk such as this has been spotted in the mantle of blue nebula Ngc 2024, where interweaving of different sized wedges to comprise a hexagram are described.



Another conedisk is seen in the Flame mass nebula, in an infra red image showing intense concentrations of hot stars behind a dark dust valley.



Conedisks for event horizons imply that black holes actively excited by surrounding aggitations may react by forming constructions based on inner blueprints outself the black hole center itself.

It cannot be said (by looking at these images) if the constructions are within the horizon, or extend in extremely energetic regions, beyond the circumpherence of the event horizon.

Rho tympani and Rosette mass nebula tympani are somewhat similar. In the Trifid tympani occurrence, nearby, is a tympanic bus bar (device coupling between two poles one hidden) - the hidden poles may be black holes.

In Ngc 3603 hexagon platelets float overhanging empty space. One (vague) juts up vertically through another (horizontal). These views have been shown above. Why not show them again, the wee little voice says. The big voice does. Inspector Luminous does not hear wee little voices but likes to joke about such things.







THE TYMPANI SYMPOSIUM PAGE

As seen by digitalized starlight

TYMPANUM BUS BAR COUPLES TWO ELECRICALLY CHARGED GALAXIES IN MERGING GALAXY NGC 1365

MORE ABOUT THIS INCREDIBLE DEVICE IS IN ITS OWN TOPIC HERE



A tympanum bus bar joins two galaxies. The bus bar couples between two different charge states, the charge of one state is a galaxy, the other another galaxy, partially merged in collision in Ngc 1365. The collision and two-galaxy merger accounts for the unusual spiky arm appearance of Ngc 1365.

This tympanum is identified as a charge coupling device between two coherently structured concentrations of opposite charge. A major tympanum bus bar couples charge between two partially merged galaxies in Ngc 1365. Another couples polarities in the edge of the Whirlpool galaxy's core deck.

Leap to the Ngc 1365 tympanum bus bar topic to see how optical illusions can work interferring with the understanding of a photographed image.

In light of the above discovery, this device, called a platten and plugged into the core deck of M51, the whirlpool galaxy, is instantly recognized as a charge coupler coupling between two gravitic poles.



The charge coupler is socked into the bottom of the core deck. An opposite pole, standing up and at a right angle to the lower pole, is seen less distinctly above on the opposite side of the core deck.

You might concider that frilly cores such as above in M51 are each an opposite charge, attraction pulling them together, momentum and spin keeping them apart, gravity keeping them curled, and each tiny and large, thin and wide, is formed on the existence of steady state gravity waves which have one pole end plugged into the core deck somewhere the other end waving out in space like an unattached hydro wire.

Sometimes the other pole end of the gravity wave is plugged back into an opposite pole in the core, this is where a thin arm loops out and tightly loops back into a core deck plugging in a different place along the galaxy's corewall.

Picture thus, gravity waves, as individual magnetic strands, in effect a gravity wave is a monopole except, the wave has an opposite pole at each end but stands along, it does not need to exist in a field such as a field generator needed to generate each magnetic strand which only exist collectively and are all uniquely polar phased regard to one end of a magnet and the other. In other words, core decks such as this in M51 generate alternating current.

Tympanic platten off the edge of the core of the Whirlpool galaxy.



An opposite pole on a straight line through the center is concentrically differed, each part of the rig appears similar but each is at an oblique angle facing a counterpart on the other side of the core.

The length of the core axis to either platten is a measure of how much power is being generated by the core since the gain in power has reached maximum where the two plattens currently sit, recurring, as galaxy material flows by temporarily being commandeered to outline the platten.

Closeup.





A platten is a device made of engineering principles apart from but compliant to the gravitational force, and acts as a pole for the body the platten is designed for.

Other cores and core decks similar, can be seen here

MAJOR TYMPANUM ZONE IN RIGHT FLANK OF NGC 3079 SHOWS AN IMPACT COLLISION

Major tympanum zone in right flank of Ngc 3079 shows an impact collision. A large opaque oval is matter of opposite electric charge from another galaxy.







TRIDENT IN ROSETTE MASS NEBULA

The backward radiating tongs have the look and feel of a trinity trident seen in the Rosette mass nebula.



FLOW TUBES IN THE FLAME NEBULA IN INFRA RED


The Flame nebula in infra red by the 2MASS collaboration telescope.

Organized radiant heat - two sets of pistons in flow tubes

Flow tube 1

This 2Mass image reveals a very interesting heat phenomenum - concentric pistons in series fire out along a flow tube in a spike from the lower right hem. I am unable to suggest what has organized the heat into such precise consecutive percussions in mechanical structuring, but, have ideas, hope you do too that you can run with, mine are too sluggish.



Flow tube 2

Another flow tube with larger vertical cowlings extends to the right. The largest (farthest left) seems much like the 'tuba bell' in the Cygnus loop.



Haul out the powerful telescope from its sojurns doing mundane photoshoots of spectroscopies and take a closer look at the flow tubes, how much of them is visible in visible light, for instance.

THE TARANTULA PULLMOTOR
These are the main show of Tarantula pullmotor images


Leap to Tarantula, 30 Doradus, and Lmc images.

The Tarantula is a huge pullmotor complex, big enough to be seen in another galaxy. At least four pullmotor poles are easily identified.



The pole in brown is cowling. The pole opposite in dark green is rotated (as typical in pullmotors) at a sharp angle to the left. Click for an excellent demonstration of poles at sharp rotated angles to each other.

The cowling pole is large, (pullmotor typical), the opposite pole is small and could be cylindrical the image is too indistinct to tell if a cylindrical partial pole is out there at the top of the tarantula.

Note: 90 degree angles have been cited as the turn in pullmotor opposed pole orientations, instead the likelyhood is high that these (at least some poles) are 60 degree not 90 degree harmonic in-phase rotations.

Two poles on either side of the center (30 Doradus) also house major pullmotor components, in the form of two tympanic compounds. On the right side are tympanies in outlines of six sided hexagrams and vectored to the pullmotor center are outline alludings to the outlines of blades of snowflakes

On the left side are tympanic cavities and crystals.

The left side tympanics are facing upward opening toward us. The right side tympanics are facing downward, openings away from us.



The right side hexagram fractals can be easily seen in these colortone enhancements.







Write this down in your palmpilot or notebook - the right pole's tympani(s) are outlines, for example. that define crystaline structures in atomic lattics of atoms. In tarantula the outlines contain little to no substance within the frameworks.

On the left side, (opposite pullmotor pole opposite polarity), the tympanic crystalines are instead are formed of substance.

The crystal caverns on the left side do no show well in the red image, too diffuse. A vertical line demarking media desities one side of the line to the other, is a seam patch where astronomers composited several smaller focus squares to create a bigger panarama.





More glimpse of the cavernous structures are gained by rotating the image 180 degress changing its optical illusion components from outies to innies, innies is correct.







A tympanic bus bar has turned up in the high degree of colorized enhancement, in box in the very lower left there was too little of its dim media to resolve any further than this next view.

Tympanic bus bars may be the event horizons of black holes. Something has to explain the precise sharp edge of the scythe which describes elliptical circle depending on their declensions in perspective relative to our laboratory frame. The elbow arm jutting out of bus bars means, if black holes here, that black holes speak via explicit engineer physics directly to the outside.







Original



I have to be honest about this, the scythe(s) intended to be shown above are seen a lot more clearly in the higher Dpi of a graphics editor. In the internet browser you have to look sharp to see hard edged ellipsoids where alledged event horizon diskals are sticking out from obscuring depths at different angles.

A gist however, is that scythes themselves may be tympanic sculpted, with fractal hexagram folded edges forming the outreach of the horizon's inner area, rather than curvatures linked together as different pure curve segments to comprise the event horizon's disk rim.

Examples of bus bars with scythes, including a more specific form which are called 'tapered conedisks'. Also an example of a more international class of bus bar in two merging galaxies.

To get a better look at the Tarantula's crystal caverns we turn to an earlier Tarantula photograph in green, where the larger surroundings are poorly seen in detail but the crystal caverns are spectacular works of tympanic art.








The green views in the Tarantula page where these above crystal cavern views came from, is the first large mass nebula seen in which polarities left side/right side, and top side/bottom side, were self evident once a learning curve taught enough through a startup phase in trying to interpret the vague and filmy green wisps.

The crystal caverns were self evident enough, it was their existence which triggered the indepth learning curve, looking for more, and suddenly a left side then right side up/down bi-lateral symmetry, ergo the other immediately after, the top/bottom up/down bi-lateral symmetry. It became evident that the whole Tarantula is one single engineered device, its topology coherent through all four cardinal points of its axis.

Ropes shown intricately intertwining next, can be seen dim and small in the upper right area of the above red views.



Here is where the two views interface, Hubble closeup of fruit loops left, red image right where the fruit loops and star blast are very small.



Not a very good few of the ropes and starburst in the middle, but it will have to do, showing the centerpiece in context of a larger area of the Tarantula.





M74 HAS A MAMMOTH THICK ARM MADE OF CONCENTIC PRISMATICS

Polyps are flinging out freed from a centrifuge as each polyp's velocity/distance ratio outrips the field distance/velocity ratios of the central mass gravity, the result being polyps racing free in a straight line out into the open at higher speed than the arm's prevailing rotation velocities.

These are fragments on the loose from former collision which has smoothed the upper surfaces of mammoth thick arms on both sides of the galaxy (east and west sides).



















First large image next is the original







The clues in MM74 cannot reveal if one major or in combination with several minor collisions are involved, creating the present day observed mammoth thick arms, the arms thick like an inflated but sightly flattened inner tube from a truck tire.

This is said to deflate any myth that these arms (and galaxy) are as thin as a dinner plate at a Chinese state banquet which make a loud chinking sound when touched by silverware, writes Inspector Luminous, remembering the occasion when forgetting to politely burb after the main course the banquet turned into an event of flying impacts not easily forgotten. No one had their nose broken, the news reporters said.

HEXAGON FRACTAL GEOMETRIES RIDDLE THE CRAB NEBULA

Here is what the Crab nebula's fluid dynamic field actually looks like.



The chimney thrusting up to the rear is one of the Crab's magnetic poles, whose dynamic signatures include fractal geometry straight lines made in resonance patterns within the electricity fields circling around the magnetic chimney.

Every
so often an
Internet regret, an
image seen, not downloaded, never
seen again no matter how intent the search.
I saw once an image showing the magnetic form of
Crab, and one of the magnetic poles went straight
up the chimney. What a collaborating image
this would have been. The plain fact
is I have no idea where I saw
the magnetic Crabmap
and have since
found zilch.

Embargo non existent no release date: Sept 8\2001

I tried
once again to
find an image showing
a magnetic pole of the Crab
shooting out through the chimney no
luck - what a haunt. It keeps whispering
booo booo listen electrical inductances whistling
at right angles around the magnetic chinmey are
fractal - booo booo electrical fields
are fundamentally formulated in
six sided patterns, same
as crystals same as
quartz, same as
snowflakes,
same as
sonics
in sound,
booo booo get
your history lesson
wow nothing in fluid dynamic
structures in the cosmos is unrelated
up and down the scale of magnitudes in resonances
haunt - haunt - haunt - if the image turns up I have some proof







UKSCU DSS VIEW OF THE CRAB NEBULA

Here is a Ukscu Dss view of the Crab nebula. There have been a number of seeming changes in appearance since this earlier black and white view was taken compared to more recent images in full color. The dissimilarity is more seen in this Ukscu composite view.

Click for original









Have a look at what the electrical fields are generating, in a semi irregular single horizontal plane rimming the gravitational containment field around the whole perimeter of the nebula.





The Ukscu (blue) view shows a more familiar personality, in fact the same more or less as the Palomar image which reveals hexagrams in fractal layouts easily seen.

Click for original





In both plates, the inner cyclonnic dynamo can be easily seen, the center spindle in the red image is not so easily seen amongst other artifacts.

Hexagrams and hexagram fractals are not seen in this next Crab image. Which prooves that specific spectrum frequencies contain the signatures seen as hexagrams in the Crab nebula, only certain frequencies hold the fractal tympanic lepton (photon) lattices.







Click for original
More in the Crab-1.htm page

=========== GRAVITY SEAS MADE OF ENERGY
GIGANTIC VERTICAL TYMPANIC COMPANION DOMNINATES THE EDGE OF THE CIRCINUS GALAXY


A humongous tympani platten IS the entire right end, or, rather, an entire 1/3 of the Circinus galaxy. This is a smaller dusty galaxy right straight through the milky way behind us and so is hard to see. Only recently have photos began to appear showing the galaxy in a recognizably personal form.

In this regard, Circinus is like the invisible twin earth exactly in orbit on the other side of the Sun and so always hidden from Earth. The Circinus tympanum straight through the galaxy center to its other side out in deep space like we are, is another galaxy, astrologers can have a field day with this.

The frequencies that were used in THIS Circincus image next, contain a green which holds the main picture of the tympanum. You can see the tympanium as plain as daylight in green, yet in red, the tympanum is not so easily recognized, not so instantly noticed.





The tympanum in red - not so easily seen



This is interesting, because the molecular structure that was used to provide the green frequency, contains extra vibratory information, ergo instant recall of any position within the tympanum, not any different than a cell somewhere in a human body and knows its position each cell knows where it fits and here we have molecules clouding a galaxy and each molecule has a vibratory recall in it designating its vector angles within the tympanus.

A powerful force is driving the tympanus. There is nothing in the image that reveals at once what the driving source is, or what it might be, in the center of the galaxy or somewhere beyond the galaxy outer limits where the tympanum ends.

You can almost say the tympanus is big enough to be intelligent.

THE CIRCINUS FORCE

Giant mighty tongs of electricity arc across from the horizontal shaft of a pullmotor (dominating the right edge) into the center of the Circinus galaxy.



Those arcs to the centercore are from the side of the tympanum, electricity crackling along lines of force are arcing from the midsection of a generator whose main shaft is from front to back on a horizon plane axis according to our observers. The near of the tympanum at the far rear length of the axis is the cowling rising above all in three concentric ring segments generated by 60 degree radians of another force from a different kind of powerhouse.

This force makes matter seem to fly away from each other at rates faster than time consuming eons alone allow.

We have this force at work in the solar system. It works in complete conjunction with the universal gravitation force of the solar system to mutually combined overcome inertia in that if a centrifugal constant for the combined mass of the solar system to keep all bodies orbiting in distored circles around the system's central dominating gravitational body.

THE FOURTH THERMODYNAMIC FORCE

The Circinus Force is noticed in a standout way in the fact that orbiting bodies obey only a time and distance, the same as orbit and velocity. Mass is nowhere included. If a domineering mass such as Jupiter became placed in another orbit gone from home, every other planet would adjust position accordingly according to gravity grunts and strains until equalibrium is again established, all new orbits still in the same Circinus Force field's fluid dynamo, the orbit/velocity constant for the solar system not a changed a bit because of the dominant gravity power of the central stationary sun, and all orbiting bodies contained within continually forced in a centrifuge orbit restrained by an extra over gravity not to shoot out into free space in a straight line, in which case the amount of mass in each slingshotting body would have maximum to minimum ocillating chaos to add to the masses' reassembling.

If gravity is abruptly shut off, what is left is only the orbiting velocity and this is what is used for the body - abruptly re-engaged in the universal inertia field force which is overcome by kenetic energy of
(KE=MxV as in kenetic energy = mass x velocity)
contained in any moving mass velocity - to take off in a straight line.

So the mass and velocity stay combined as a kenetic force which converts to a kenetic energy with the inclusion of Pi which converts a kenetic radial potential to a circle circumpherence constantly re-accelarated by a (time x time) factor as in (sec x sec) as in accelaration per second squared.

It is possible the departure velocity is not exactly the same to exactitudes as was the orbiting velocity. The departure velocity is not the same as escape velocity, which is how much speed is required for the body to escape in a straight line against the pulls of gravity including the main gravity supplied by the central Sun.

Important - see reference regards Keplers 4th law.

The arcs are actually plasmas, which have no charge, the arcs convey the power of charge, but not the force of charge and travel corridors of power made by magnetic cords of force. The gravity at the cores and related matter holds the force of charge, using it as a gravitational constant whose power is amplified by the mass of the object generating the power.

The power in the power cords arcing from core to container is vast beyond the power contained in the matter itself. Consider how much energy is released if the matter turns to energy.

Hello bronko I can hardly hear you the cell phone keeps crackling slow down. Roger Buck, if the energy (crackle) being used to maintain the tympanus became translated into photonic matter, er, energy, how much would we see in the way of an explosion. Whoop holy gees buckaroos I don't know if you would even survive, at least, not in this dimension.

Otherforce hear, reporting here as mandated the moment contact is made: - Circunus seems to be the reason why Earth is said to be designated by three circles, usually presented as three concentrics of equal size within each other. Circinus has the same, except, its 'symbol' has hexagon radials.

The Urantia Book was supposed to be used as a teaching manual to go along with materials being written from other sources, instead, alien lizards got ahold of it and turned it into a hackle of religious shreek, the Urantia Book was stolen by the lizards as easily as stealing a daily newspaper. Glad we are getting rid of their trivial nonesense.

A tympanum buldging from the end of galaxy Ngc 3521, which also has a volcanic arms issuing abruptly from its side (rear lower left end), and a noticable diffuse dome over the top deck.



TYMPANI RESONATORS ARE EVERYWHERE IN ASTRONOMY, YOU HAVE TO LOOK FOR THEM, AND YOU WILL FIND THEM

A tiny tympani in a trident in Rosette mass nebula.



A very small platten off the left core side of Ngc 4414.



TYMPANUM IN THE EASTERN END OF BODE'S GALAXY

Bodes galaxy has a tympanum thrusting from the outer right arm circles. First is an image showing a long distance tympanum view from a Uks Dss photo of M81. Second (blue) is an englarged enhancement from an Naoa photo of Bodes galaxy.









Here is a different kind of platten, in bode's galaxy, enhanced from the Noao image. Plattens like these, which are commonplace in galaxies and are usually noticed where any two thin arms branch off, are long tiring out residues of former disruptive small collisions.




Here are intruder tracks in Bodes galaxy, they can be seen aiming straight to a place of commonality in the upper rims of an arm on the other side of the galaxy. The tracks are recent because little to no rotation in any lateral direction has yet occurred.



Galaxy Ngc 1808 has a platten clearly seen, with intruder tracks showing where a fast travelling disruptor made impact through the rim creating the tympanum platten and sailed straight on into the center piece.

Tympanus plattens at the right inner hem of Ngc 1808.







As usual, these above are cropped as small pieces from a much larger image, it means extra mighties on the enhancers had to be used to get fill in the small dark crevaces, resulting in whiteout of the brighter image details. I have learned to live with this (hot white where it would be slicing nice if instead details clarified).

These expanded (orange) views are also in the tympani.htm page.







TYMPANIC PORTAL THRUSTING FROM THE SIDE OF NGC 4414

Ngc 4414 has its own page click

A very noticable six sided tympanic marks the world of Ngc 4414 as a portal where an arm issues sideways out of the underbody of Ngc 4414.



The tympany issues below the core to the west. A larger platten is fixed on the side (below to the right of the core) winding up counterclockwise into slipstream closure into the galaxy core. This is assumed to be a stream of matter of opposite electrical charge from another galaxy aquired during a merger. Remnants of another galaxy are see in diffuse dim areas of another color along the upper right flank.

A vague (dim) tympanic cavity with body parts spilling out splaying apart beyond into open space.





A reminder of how small jewels are found in tiny places. A platten similar to that seen hong konged on the core of M51 is further out (left) from the core deck in Ngc 4414.



A straight line across the image is a Hubble patch seam. Rectangles with straight edges are minute patching errors via piecing together of different Hubble takes, such are not usually seen until zoozing er zooming into depths of high intake where the errors become obvious when the intake is very highly enhanced, as is this above view of the small platten near the core.

The leading edge of a hexagram plate juts out like a bus bar of multiple couple connectors, see roughly mid picture toward the lower hem of the thick deckwall.












  to bottom  
TYMPANI RESONATORS AND CLUSTERS IN REGIONS OF EXTREME PRESSURE/TEMPERATURE GRADIENTS

Powerful tympanic compound in Rosette nebula (right)

A TYMPANIC COMPOUND IN THE ROSETTE NEBULA

Enormous tympanic compound in spume of powerful volcano (left)

Gold crystal magnified looks familiar.

CRYSTAL

Cross references
Tympani.htm   Tympani1.htm   Tympani2.htm   Tympani3.htma   Tympanis.htma   Hexagram.htm   Smoke-1.htm   Smoke.htm


OTHER PAGES

Here are two pages which earlier explored cyclonnics, one in terms of 'prisms' and 'pyramids' seen in certain galaxies, the other in terms of incised edges. Some of these phenomenas may be merely refractory visuals, like sunlight refracting through clouds.

Prisms     Incises



-------------------------------

Tympani resonotors (hexagrams) are everywhere in astronony

ROGUES GALAXY OF TYMPANI IMAGES

=========== A floating dynamo, and huge tympani with concentric hexagram cavity and hexagram outlines all over the place, in the 'Strawberry' in the Triangulum galaxy



GIANT TYMPANI CAVITY OCCUPIES HUGE PERCUSSION(S) BELLOW IN M101

On the side,
partially facing east,
tells us in an instant that this
part of the galaxy is very thick, the tympani
opening regarded as the bell of a tuba (large musical
horn usually used in parades or dixiland jazz) gives indication
that substantial quantities of matter are hidden offscreen
around the corner of the right edge, so to speak







Giant tympany on east side of M101, seems to be the result of a prior significant collision or close enounter, the intruder no longer visible in the vacinity of M101 (if not actually now captured).

POLYPS FOUND EVERYWHERE IN GALAXIES

Another item, giving cursory look are polyps. These look like barnacles and are plentifully found imbedded in sidewalls and arms of galaxies, some are pooting out into the open. These seem to be residual clumps from former collisions.

Here is a polyp sequestered in an upper arm valley of the Whirlpool galaxy M51. Nearby is a small pristine tympany (in blue).



This tympany (which has good details in the Noao view enhancements next), is featured in the Galex.htm page. The straight line through the tympani is in the cosmic object (crosses the Whirlpool), and is not an image seam. Further insights on straight lines in cosmic objects can be seen in the Incise.htm page.





INTRUDER ALERT

A related subject are 'intruders', which are seen to be the migratory paths or actual ejectas of denser clumps which have passed through or into (or out of) galaxies. Intruders are easily recognizes once a few telltales are understood.

EXAMPLE OF AN INTRUDER

An intruder track as a polyp leaves the underskirt of Bodes galaxy sailing into the open, the track ends with the intruder now a spoot, which if stuck in a galaxy arm would be a polyp.



Because the intruder track is not lineal in a straight line it is possible to tell how much the outer arm band has slipstreamed in one direction of motion relative to the middle arm band which is slipstreaming in the opposite direction. The image cannot tell us which arm band is slipstreaming the most (at highest velocity) relative to the core deck seen above, and doppler analyse would tell little of relative motions since these slip streams are lateral not in/out (red/blue in doppler motion frequency shifts).

Close analyse of intruder tracks per se can reveal lateral slipstreams in a galaxy when the tracks are long enough and have at least part in a galaxy portion whose laboratory deep space motion is deduceable. I have kind of stayed away from slipstream deductions - too technical for my weak areas in the brain.

Slipstreams are addressed in this page. EXAMPLE OF A SNUB

SNUBS - a related subject

Snubs are the result of collisions, a stubby rabbit's tail sticking up remains as evidence of impact.



Upright at right flange of the rear spiral galaxy in the 'Dusting' colliding galaxies. The spiral is thought by observers to be dusting past a large elliptical galaxy to the right. Actually the spiral has had a dustup slicing into the mantle of the elliptical like cutting into soft cheese. Working back in time, the outline of the spiral galaxy matches exactly the outlines of the cleavages in the elliptical galaxy's mantle, a perfect fit, showing how the spiral has sliced into the mantle and what happens when a slice encounter occurs.

EXAMPLE OF A RATTLE

Rattles, such as seem in M101, are results of major intruder incursions.

 

EXAMPLE OF INTEGRAL ARMS

Integral arms are short lengths or even arms that remain constant under great strain, demonstrating an inner strength or current keeping the arm intact over time, where gravitational displacement or ruin would be expected.



The lower main arm of Whirlpool galaxy M51 is integral in a gravitational pinch, so much so that several different galaxy rotation and revolution motions can be inferred. Note the overlay, the east end of the lower arm is being pulled behind an arm overlaying, showing that here is an integral strength of conciderable magnetude. The strongarm connects straight across and back into Boris, with a series of dark and light band bridges connecting to Boris from behind the left front flank of M51.

There is very big mass action going on here, you may as well see the large collision remnants brooding under Boris. May as well see the collision remnants brooding under Andromeda as well.

TYMPANICS IN STAR FIELDS - round vertical cyclonnic at left.

tympanics in star fields TYMPANIC RADIAL ROSETTES MADE OF STARS

Concentric six sided tympani's inside one another made of straight lines of stars, in a milky way star field. Note the elbow arm, made of stars in a straight line, jutting out. I wish I had a better picture of THis starfield, it turned up 8 years ago and in those days I was not keeping a close eye on links.

These tympanic star images are shown in different context dealing with lepton patterns and atomic lattices.







In truth this formation is unlike any other I have so far seen, in that it's crystaline outlines and eblow arm jutting out in the middle of the main cavity, are made of stars.

I am keeping shut about what kind of physics engineering made this tympanic cluster, any ideas I have boot out the door every time I have a second thought.

Look around to the outskirts, for instance in the last two views above, for cyclonnics and swirls in different alignments, these may be residuals of once fiercely active pulsar stars.

More about these nested concentric hexagram tympani(s).





RADIAL ROSETTE MADE OF GALAXIES IN THE PERSEUS GALAXY CLUSTER


Super symmetry will never be the same in human terms and ideas, that galaxies as well as stars can raster in geodesic patterns.











Blurry for certain, and yet, in these Dss enhancements, cyclonnic swirls can be seen sweeping around the general area in which the radial rosette is seen in a different photo.





Perseus galaxy cluster has its own page

DORADUS 30 AND THE TARANTULA IN LMC (LARGE MAGELLANIC CLOUD GALAXY)


Cross reference   Lmc.htm   Lmc-1.htm   Tympani2.htm   3d-taran.htm


An odd pair of red arcs on either side of a hot center, in the Doradus 30 clump in the Large Magellanic Cloud. A great deal of useful information is revealed by high levels of image enhancement, expecially in green. Original, nothing to see.

A series of different color enhancement variations, at the 3d-taran.htm page, each showing different important subtle details, you get the whole picture by viewing them all in 3D.





The highlighted area is 30 Doradus overall. There is a predominant separation between negatively charged sundry matter (blue) and positively charged matter (red) in this case the red matter is in clumps, usually blue matter is clumped with red sundries.

TYMPANICS AROUND IN TARANTULA

Leap to Tarantula pullmotor images.

The Tarantula is a another in the red flyer class, seen as a large bright red object rising above the upper edge of LMC. The tarantula name is officially given because the big object looks like a spider, 'arachnid' is the official word associated by astronomers with this spider-like, and Doradus is in the direction of the Doradus constellation, 30 Doradus a specifically designated area within that direction. Got it all straightened out?



Hubble detailers have looked into the bright center area (whose light intensities far outweigh the radiance of the surrounding nebulosity, it is the bright center area usually given the name 30 Doradus.

Tympanic fractals, crystals, and cyclonnics, in the Tarantula Nebula. The Tarantula is in the Doradus 30 conglomerate in the Large Magellanic Cloud. Tarantula is a giant graviton pullmotor, whose polarity factors are discussed here.



 

Many Tarantula stars are in necklaces
Striking images inside the Tarantula are here

STREAKERS

Only modicums of 3d are available in these views (hardly any 3d). It means the original was well worked over by computorized alterating techniques to come up with the image publically released - alterations (as opposed to non-altering image adjusters) snuff latent virtual 3d in images, reducing the 3d to modicums at best.




Detached clumps around small galaxies are rubbles strewn out from fast collisions. Galaxy LMC has streakers actually showing migratory paths to clumps drifting away. Such detached clumps have been noted by astronomers who in colloquials keep rubbing their heads, scratching dandruff.



Stars in streaks. These may be stars in international orbits - long range long duration cycling around strong gravitational locations causing cyclonnic swirls made of stars. Necklaces made of stars abound everywhere in many forms including tight circles. Oblong stars and globular clusters are also found almost everywhere.





TRIANGULUM (M33)

Streakers is probably a good place to start looking for answers. Red glowing clumps riddle the Triangulum galaxy, for instance, and evidence (clipped eastern flank) points directly to collision(s) as cause. In the clip, a pale thick ghost arm appears from under the galaxy main deck telling us at once that this is a substantially thick galaxy.





The large dark hole upper corner, may be a plate flaw, except for a few stars in the pitch dark area, how the stars got there in a plate flaw needs technical explanation. No other Triangulum image so far examined shows the dark hole.

A major clump, most likely caused by powerful collision, currently resides in the upper east corner at the tip of a wing of the Triangulum galaxy (shown boxed in a highlighted window. This clump has been of excited interest to astronomers, and is featured, because it contains stupendously awesome looking tympanic formations, shown above.

This stupendous tympani resonator with fractal hexagram lacelines, has herein been called 'the strawberry', because it looks like a strawberry from long distance and in closeup.

Another object, a dynamo, floats eerily amongst the wisps of the strawberry.







Outflow of a tympanic bulge (upper left), and congruent gravitic ripples down down the left flank where Triangulum has sideswiped another galaxy.









M33

The Triangulum galaxy has the trade name M33, because it was the 33rd item spotted by keen eyed early french astronomy explorer named Messier, assisted by his wife who was equally keen eyed.

It also has the trade name Ngc 604 because it was the 604th item added to a new cataloguing scheme introduced decades ago, named New General Catalogue, and abondoned in favour of severel unconnected naming schemes adopted by competing telescope authorities at the turn of the millenium into the 21st century. Such is progress, always backwards when it can moon walk in reverse then change direction without changing the smile.

Fluid dynamics and tutonic compression in galaxies is independently discussed here











Hubble original







Gendler original (too big to show onscreen)
Large original reduced (too big to show onscreen)



TUBA BELL IN CYGNUS

This is an opportunity to show off Cygnus enhancements with a dual purpose, to show cross angle polarization, as well as geometry formations, for instance concentrically projecting cyclonnic swirls in the tuba bell in the whispy drifts of Cygnus - a formation such as this is expected in the inner gyroscopes of neutron stars such as in the Crab nebula - and to show off local hot areas which have teeming thermodynamic princples at work, for instance the hexagram rosette at the end of a Cygnus shoe. You can't miss it, a pretty little six pedalled flower sticking out into endspace of the nebula.

More cygnus loop images here.





CYGNUS LOOP

Next, this delicious flour de' le is in the Cygnus Loop detailed here.



In Rho the tympanic cavity in the upper right is probably drawing matter in as a slipstream. Bernoulli vacuum inside is sucking outside matter in accellarating as it draws closer to the portal stringing the matter feed into an increasingly thinner faster traveling stream.



If you do not see it, go crosseyed and merge the images together.

Rho is a major graviton pullmotor whose features are less easily seen at once due to the amount of ambiant dusts it is housed in.

Rho is in a dense gas and dust field of matter in proximity to stars Rho Ophiuci and nearby (further south/west offscreen) the giant dusty star Antares.

Original, and an enhancement, of the Omega Nebula (M17)

Click on images for full size















Here is a gold crystal, magnified 40,000 times by microscope



This crystal has the same fractal geometry open face as seen in celestial tympani's. In the case of the Rosette tympany, square crystals are nested inside, no different than inside the gold crystal's cavity.

Other tympani's have crystals nested inside but none are as easily seen as in the Rosette's tympanic crystal compound.



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