Tympanic bus bar with scythe, may be event horizon of a   black hole TRIFID MASS NEBULA IS A PULLMOTOR   OTHER   PULLMOTORS   MAIN LIST   Related pages:   Trifid in infra red   Lagoon-1.htm   Lagoon.htm   A red pole (large mass body and positively charged   plus a blue pole (small mass body and negatively charged)   Red (absorption) and blue (reflection) are generic means of identifying   positive and negative cosmically charged bodies

TRIFID (M20)

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).

Tympanic crystal compound in Rho mass nebula



Tympanic crystal compound in Rosette mass nebula



Tympanic crystal compounds in Trifid mass nebula and bus bar

More tympanis.

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.

TYMPANI'S, AND A TYMPANI BUS BAR IN THE TRIFID NEBULA - A PULLMOTOR (RED LARGE /BLUE SMALL) TWO POLE GLOBAL STATE IS INDICATED FOR THE MASS FIELD BUT IS NOT 100% CERTAIN DUE TO LIMITS IN DPI RESOLUTION

PULLMOTOR - POSITIVE POLE = RED,   NEGATIVE POLE = BLUE

Original



Enhanced









Features within the (red)westside female pole area have changed subtely within the time frame of the two photos (color, and black and white), neither image shows the features clearly. What seems visible is a tympanic cavity to the rear above a motor coupling housing - small vertical round thin object called a bus bar

TYMPANI AND BUS BAR COUPLER - IN BLUE POLE







In the above a scyth, a perfect circular seen as slightly elliptical from a slant. I have come to an opinion that scyths such as this are event horizons of black holes. Click for a black hole event horizon that is rimmed with orbiting stars.

  Stars in rims orbit around the event horizons of black holes

A difficulty in claiming scythes such as the above are an event horizon, is their see through, you can into see them, and black hole theory assumes nothing passes through, nothing gets out, unless the theory is incomplete.

A flying tympani hovers on its own out in nether reaches.





Another flying tympani is seen in Ngc 3603





THE BLACKHEAD AND THE BLOOM OF THE BLACK HOLE

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 are the event horizon - a flower - which is actually a shallow cone not a flat disk, with parts interweaving in different sizes and connect angles. In other words, black holes can have flowers.

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. It too is a flower of a black hole, if this is what it is - the bloom of a black hole.



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.

The blackhead (pointed out above in an Ngc 3603 ultrazoom, is found in a larger structure which defies interpretation, the blackhead itself more or less vanished within the defiance of the larger structure which is round, but not exactly, the roundness is in intercombinant parts of different sizes and at different planes, a piece of the new york city skyline is thrusting out of the opening.





The straight lines are not rays, or, at least, one of the straight lines matches the telescope's false star sputs so it is ruled out - no ray.

A tiny glimpse of the fact that the roundness is spun from silk is in this next view, this is the only view cooked in a way that has show the silk, the show happened, it was not intended - the flying hexagrams were the target.



The following bloom is revealed in an Ngc 2024 closeup and is described among detailed Horsehead images.



THE TRIFID TYMPANI BUS BAR









OTHER AREAS OF INTEREST IN TRIFID

















Meaningful indications of much more mass out in the outskirts is gained by maximizing enhancemts to the failsafe limit (any more enhancment only whitens the whole view).

This next is of the lower left quadrant showing extending sundry drifts of very dim matter, plus small artifacts extending from the bright mantle edge.



I have not given links to each image shown. They can be readily found at APOD, at NOAO nebula gallery, and Dss.

NEXT

We have here oblong stars stretched along a diagonal south/west north/east slant through the Trifid. It is an Noao image captioned 'Trifid, M20, Ngc 6514'. The telescope, locked hard on the Trifid, tracked it as the Earth moved, shifting the starry backdrop, creating oblong stars.



Oblongs pointing to the center of M110 may be a different story these may be stretched star clusters vectored in stretch toward the tiny galaxy's center. The oblong stretch in M110 is only on one side of the galaxy's mantle.





NEXT

Myriads of stars in starrings and necklaces fill every little nook and cranny leaving practially no dark area in the Trifid deepfield unfilled with stars, the more you look into the nooks and crannys, the more stars are seen in coherent organized patterns.





More necklaces and star rings.



CELL WALLS



LAGOON AND TRIFID (M8 and M20)

Low quality multi object UKS scene with the large Lagoon mass nebula glowing in red lower right and the smaller Trifid glowing with blue upper right, obtained by searching APOD for 'Trifid'.



In the above UKS photo, the Lagoon is red below, upper right with blue is the lagoon.



Which brings us to the Lagoon nebula, the bigger red blob in the above photo, Mars on right, the Trifid with red and blue pullmotor powerpoles upper left. Many of the Lagoon's outstanding puzzling features can now be resolved if the Lagoon is another pullmotor.

LARGE PULLBACK COMPOSITE OF LAGOON

Image 1



MIGRATING PULLMOTOR

Leap to the Lagoon page where more Lagoon pullmotor descriptions and images are found.

THE BLUE IN THE LAGOON IS A STREAKER

In 3d it becomes self evident that the blue nebula is saddle shaped.





Rather than being a pullmotor pole for the whole Lagoon mass field, the saddle is a pullmotor found inside a mass field, except, here, we learn definately that pullmotors can migrate on their own.



This is a pullmotor, on the loose and migrating.



Click for full size.



MYSTERIOUS REGISTERS STICKING OUT IN TRIFID CENTER AREA

Mysterious resisters stick out, in dim medias, from the left of the Trifid
main center area. Several views none exposing enough details to make announcements, just enough to show that here is a device worth looking
at again with better telescope purchasing power.

THE TRIFFID PULLMOTOR

PREDICT

The Trifid nebula may be a pullmotor. It was the characteristic thongs thatching into space such as does the Trapezium and a red (foreground) large body with a smaller blue pole in the rear (again the same as trapezium), but, a pullmotor engine with cyclonnic poles is not immediately visible.

Wait a minute I've just found it, in an Noao black and white image, it has in photograph a number of features so blurred they appear entirely different than those photographed by Dss. In the Naoa photo, here is the pullmotor, sitting in deep space as plain as day.



In the super contrast boogie of Histogram Equalize (light/dark, all or nothing, nothing in between) the two chief components of a pullmotor are immediately seen (tympanic hexagram cavity, and bus bar with a horizon cavity - a scythe). Cyclonnics are seen to the right of the tympanic cavity, this is also expected, that large ranged cyclonnics are to be found somewhere within the vacinity of the pullmotor.



We have our target, ladies and gentlemen. The Trifid nebula is a gigantic pullmotor.





Here is exactly what I was looking for, a gigantic tympanic crystal cavity above, and below it (slightly to the right), near the tympanic shell is a bus bar (device coupling between two poles one hidden).

If the smooth edged circle seen partially on edge (so is elliptical) itself coveyed in a hexagram cavity, and dark inside, is the event horizon of a black hole, the elbow bus bar jogging out is from the center of the black hole. Matter may be rushing through from one side of the black hole and out the other into our view. Tendrils curl over the top edge into the horizon.

If this is true there are more aspects to black holes then currently understood. A black hole event horizon is a leading candidate for such a precise sharply rounded edge. If true, scyths and bus bar couplers are naked black holes, naked, because we can see them as plain as broad daylight.



TRIFID (M20)

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).

Tympanic crystal compound in Rho mass nebula



Tympanic crystal compound in Rosette mass nebula



Tympanic crystal compounds 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.

Notice the similarity between the two tympanic cavity compounds. This form of tympani is a standard. The third image above is in the Rho mass nebula. The Rho is poorly seen but is included because poorly seen events are more important than events not shown at all.

All three are fundamentally the same design, modelled upon atom physics for instance a hexagram fractal housing of a crystal of gold (left image) so small it needs magnification 40,000 times to be seen, looks identical in design. The atomic gold crystal is a design made by leptons (electrons in shells) the inter stellar tympanis seem to be made by stupendous accoustic sonic forces which resonant out from more fundamental architectural blueprints.

These appear in the blue part of the nebulas two-pole energy spectrum. This is consistent, it might be safe to say, with the trapezium where pullmotor signals are attached more to the blue energy pole rather than the red.

It is a cluster - another tympany floats importantly nearby, this with an opposite polarity in concave toward us, in contrast to the other (larger) cavity to the left which is convex, like a radar dish antenna.

It means another pole street intersection is behind the scenes where the two pole pair tympanis locate, this would be a pole perhaps on the shaft near the back, as suggested in another domain regarding the nebula here, and associated with quark symmetry principles recommended as insights here

PREDICTION

I have to be honest with you, finding the Trifid pullmotor was a prediction, at least, long curious about the Trifid because of seeing tongs thonging into space around it, I today got busy looking for Trifid images to see if I could find a pullmotor, and did indeed find one, not in the first, second, or third, but 7th image looked at.

Predictions that work for principles is a whole lot different. For instance finding a rudiment of electron shell structures for atoms then finding predicted new atoms, or atoms which have newly predicted electron state parameters.

An even more bottom line statement in predictions is for brain teaser, having working through the first find in relativity equations all the way through from mass expansion to space contraction to doppler red shift fleeing away, and then predicting that an opposite doppler blue shift has to exist for objects approaching, and finding it. That, is a real good prediction.

I have had the satisfaction of making a prediction that worked. It was in writhing through a final installment of hours spread out through days as weeks trying to solve, once and for all, what the heck was going on what perfect eclipses


A kind of subliminal insight boomed - what if I do each equation to ultimate accuracy then use their results to home in on the next set of constants. First equation was calculating the equatorial radius of the Moon using perfect eclipse proportion statements involving earth, and finding an equatorial radii result for the Moon 100% in accord with solar constant data tables.

Next was an averaged radius for the Moon, using another set of Earth solar constants. I was a bit surprised to see the average radius resulting, because all I was doing was double checking previous scouting territory. But, here suddenly, I had two states for Moon radius, each from an exact set of separate states describing the Earth. If this is correct, thought I, the third set of Earth states I had been cooking, should produce the polar radius of the Moon. It only took a moment to do the ratios and there was the Moon's polar radius, exactly as 'predicted'.

This information is all contained in documents Eclipse.htm   and   Perfect.txt

HYPERWAVE ESTATES

Another 'prediction' came about, in being intrigued about Earth-Moon-Venus proportionals which (including earth eccentricity) accounted for exact charge and mass energy states for families of Xion elementary particles.

These are itemized under the heading: The Earth Moon Metaphor For Subatomic Phenomena) in this document: Hyperwav.txt

I had comfortably resolved specifing Negative/Neutral charge states for three different Xion particle famlies using actual best Particle Data Group experimental results for each state for Xion wavelength targets, and finding the best experiments hooked up to exactitudes whereas student fits and least sqwared adjustement values fell slightly but noticably off the mark.

A higher Xion unstable resonance had been suggested out of Data Particle research, and had been published with three *'s for caution. I had turned up its neutral state in pushing the edge on Metaphor predictions for Xions, so deemed there should be a complimentary Xion state in negative, for that resonance but there was none. I wrote down its Mev (mass energy), and kept my result put away in a box of manuscripts.

Two years later the resonance state turned up in the latest release of Particle Data Review Tables from the Particle Data Group in Berkley, the state in fact now published, with precautionary *'s moved up to only two, had the exact mass energy to four significant digits, close, in exact agreements, which was the one I was looking for two years earlier.

So, what else could I do but assume this as a successful prediction. Then put the work on the back shelf published in unfinished form finally, in the link to Hyperwaves shown above, citing The Earth Moon Metaphor For Subatomic Phenomena.

FINISHING UP

An infra red Ukscu view under verrrry high enhancement draws out what were in the original a trifid almost unseen, in the drawn out view appears what could be a tympanic dynamo formation nested in the center cracks.



Pillar, with canister base, in the Trifid nebula

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