STAR DEVICES NECKLACES MADE OF STARS   Star devices made of hot clumps and stars permeate areas of deep space,   especially in neighborhoods of nebulosities and many galaxies whose   locations are thick with diffuse matter Circinus is such a galaxy Rho Ophiucus mass surge is such a nebulosity RELATED LINKS   Coma galaxy cluster's binding energy   Oblong stars in A Bridge Near Far   Skeleton arms around M110   Rho Ophiucus mass surge

Ring currents carry stars in great orbits around poles of pullmotors

In this Orion panarama, reckless abandon is use of graphic editor's 'luminance' has produced myriads of star trails, and patterns. These both can be used to analyse hidden and invisible object activities.

Click for full size image



A second reckless abandon using red with relish (great enthusiasm) has produced a second panarama of, streaks, and flow paths. Together, the two panaramas can start making sense of the great red magma plane that occupies most of Orion.

Click for full size image



It almost looks like the Blue Pole nebula (Ngc 1977) is orbiting stars around itself. No stars seem to be orbital in great circles around the red pole (Trapezium).

STARS IN INTERNATIONAL ORBITS

Some elongating may be following the flight path of stars captured long distance in geocentric orbits and are all in long orbital strings with stars around the whole of each string's circumpherence. Most of the stars you see incorporated in great cyclonnics (swirls) are all moving along in a cosmic merry go round orbiting the grabber made of gravity, could be pullmotors doing that much gravity...tug ...tug ...Arrrghhh

A really good blab at suggesting this is this, persists Inspector Luminous still trying to tug his foot free from the wall. Notice I did not say real good jab, tugs the Inspector trying to get the shoelace loose.

THE GREAT MERRY GO ROUND OF STARS

Stars join the outform of an oval, or, at least, part of an oval, the rest of the merry go round is behind the scenes where the stars dive into the red magma overcast.



Besides the main glide path which cyclonnically surrounds the Blue Pole and goes in though the bus bar in between, the stars themselves (most of them, are coiling around great magnetic strands, the coiling stars obeying laws of nothing else but electricity around a magnetic wire. What interesting physics! exclaims the Inspector stiffling a sneeze. So we have a visible picture in the heavens, of something that can only be modelled and diagrammed on Earth. This is electricity winding around a wire which has magnetism ringcurrenting through it.

Not related to cosmic ring currents at all, a tiny wog of dried mucus stuck to a nose hair up the nostril started vibrating in the winds of breathing, tickle... tickle... the Inspector reaches in, enlarging the open hole large enough to accomodate two fingers for picking and yank out comes the wog, stiff nose hair attached. A slight semi-delicious sting is the whole thing the Inspector is back at work monitoring the monitors before the wog had even hit the waste basket.

Would it be possible to count the number of stars in the cosmic ring current. A similar cosmic ring current trapping and controlling stars is this way explained seen in a 2mass infra red image of the Carina mass nebula, except, in this instance, there are two merry go rounds, one on either side of the bright centerpiece.



The upper left ring current is orbiting above the hot bright object, and obviously biased to the left. Picture importantly rings one above the other in a cylander of conductivities self sustained.

The right side ring current seems flat but this might be just because we are looking more straight down on it, better 3d resolution would tell if the tabletops are stacked in a column of wobbling cylanders or only one tabletop has everything.

Regards the Orion force field generator, the stars are coiling around more than one magnetic direction, seeing the picture as enhanced above is somewhat like an optical illusion, suddenly the merry go round of stars in induction rings is there and stars sort themselves out into rings of them, circling different strands.

See that the merry go round has the topological outline of a radio dish sitting on a south/west to north/east diagonal, you can see stars in bondage sweeping out in magnetic rings in wide arcs in the upper right regions above the Blue pullmotor pole, these, on the east side, are more lined along the strands rather than whirring around the strands as the bunches in toto orbit along the strands.

Sneeze sneeze Inspector Luminous had not got all of the wog caught in hairs up the nostril. This wog is stubborn, won't be reached, not even a probe an energy pulse up the blowhole worked. Sucking in water in the basin then blowing, got the wog moving in the direction the Inpector wanted it to.

STARS IN A MAGNETIC BOTTLE ARE STREAMED BETWEEN TWO POLES ACROSS A DISTURBED VALLEY IN MASSFIELD NGC 3603

Necklaces made of galaxies in streaming strings in the Coma galaxy cluster.

The more you look into this picture the more and more you see smaller and smaller curved necklaces. These even smallest, are supposedly galaxies. I am in a functioning frequency which suggests some if not all of these tiny star rings are from local Milky Way overlay. Doppler shifts will tell, if the tiniest of star rings matches or exceeds the dopplers of the galaxy cluster as a whole, then even the tinest of the star rings are made of galaxies.

One of the peculiarities which is as plain as plaster, is that the largest star or oblong is at the hight of the arc in a necklace, meaning it is closest to the camera. A question arrises as to whether or not the telescope's focusing field fell on such an exact plane in terms of depth that stars just a few orbit lengths closer are that much bigger. Smaller dimmer necklace arcs deemed further away in different images from various regions of deep space, all seem more uniform in size, suggesting that focal depth is definately enlarging the appearance of some closer up necklace stars.

APOLOGY

Some of the information in this page is not well presented, for reasons no need to explain I had difficulty organizing, it has to do with the starring in the Starfield pullmotor, the nested six sided tympani rosettes kept getting in the way of clear other thoughts, and any attempts to enhance the images to show more starring resulted in inexorable decay of image quality, which was already poor to begin with.

STARS IN RIMS ORBIT AROUND THE EVENT HORIZONS OF BLACK HOLES

More here.







TIDAL TILT ORBITS - GENE CODE SEGMENTS

Small compact starrings may be stars orbiting mutually locked in tidal tilt orbits.

Opposite curved orbit ring segments are analyzed here, and with it an explanation in 'orbital tilts' as to why stars, in little rings made of gene code segments necklaced together, can co-orbit successfully.



STARRING

These views next are repeated in the Micro page, in context of atomic lattices and shell structures.

Stars in a ring which have no business being in a ring that is steady state, the only possible explanatin springing into my mind is the whole necklace cluster orbits a center point or drifts as one the stars maintaining ring by being in different tilts in the same orbit, if adrift, then in the same distances apart along orbital circumpherence and between tilts - these may be in trojan holding patterns of a remarkably different kind than planet orbital legrange points.







And a surprise - this whole area is another tympanum operation, made of stars. Handling diffuse low glow positive charges, the outline (pink) of what could be a powerful force field generating pullmotor, is revealed.

 

 



Three stars vector from the center of the star ring straight in to an invisible focal point. The star ring being analysed is shown in highlight next.







TIDAL TILT NECKLACES

Everywhere you look, into the tiniest crevaces and nooks, are more starrings small, even smaller, coherently ordered in steady state tidal tilt necklaces.

Two for the price of one - also - a vague magnetic barrel made of stars in vertical staves (below the starring). Is the starring at the end of a magnetic cone, such as a cone enscribed by a precessional electron spin like a a gyroscope or spinning toy top, whose pole is rotating in a circle making a cone, on a kitchen table. If this is true, everyone of the starrings is formed at the open end of a magnetic cone, it cannot be said in the limits of these investigation images if the magnetic vortex is able to mold and capture stars in rings around the closed end of the cone.

The starring is not contigous as in a smooth ring made of completely well behaved stars. The star ring is made in segments, which smaller groups of stars each in a different clustered orientation.

The group clustering composited to form a ring, is ideally seen in a starring at mass nebular Ngc 3603. Next below is an image from this link.

Opposite curved orbit ring segments are analyzed here, and with it an explanation in 'orbital tilts' as to why stars, in little rings made of gene code segments necklaced together, can co-orbit successfully.



More magnetic barrel images are here.

SIRRRRRRR !          facts you should know

Perfect starring circle in a Carina mass nebula pullmotor.





Always wanted to show a perfect starring to doubters, this should be good enough, decides Inspector Luminous putting away the desk drawer with the starring in it and pulling on the bong which does not gong on the intake because Luminous does not smoke. P:u:f:f ... p:u:f:f

The luminous starring continues to shine as bright as ever, so bright it can be seen even with the lights out.

NECKLACES MADE OF STARS IN GLOBULAR CLUSTER M3

M3, one of the largest globular clustes attached to the Milky Way, is filled with trinkets and rings made of stars following each other in gravitationally compressed beads close together, in necklaces.

















If you look really closely, you will see that many of these stars are oblong, even tadpole, in shape.

THE SILVERADO BOILS WITH COILS

Almost everywhere you look in this end view of the Silverado, actually, everywhere you look, are dots in circles even concentrically strung in decreasing size along small cone shaped rods. The dots are probably bright mass clumps containing each at least several stars, rather than stars per se.

GEAR BOXES IN THE CARINA NEBULA MASS

In the Carena nebula mass, tiny gearlike circles along the axis of a conal transmission differential (orbits of the tightly neclaced stars are less in each sequencital. These differential objects made of tighly orbiting necklace stars behave little differently (ring to ring) than a transmission in a motor vehicle on Earth (gear to gear) or better modelled, a ten speed bike (larger to smaller). In fact, what better model, each tooth on a gear wheel is evenly spaced and uniform in size, the next gear over smaller spaced and smaller size of each tooth.





The difference is in a model breakdown, all of a bicyle's gears rotate at the same uniform velocity irregardless of radius size or position in either beargox. The gears at the pedal are coupled transferring the same velocity to the gears at the rear wheel.

In the orbital ring necklaces in the Carina mass, and Silverado galaxy Ngc 3370, the orbiting velocities would not neccessarily diminish in accord with basic Kepler. Amount of mass inside the crankcase or surrounding, influences each ring separately, making velocities one spokes wheel to the next each different, none fluidly differential as is spread evenly throughout the entire orbital plane of the solar system.

Tidal trios

CARINA STAR RINGS

It looks like stars can form necklaces in tightly compressed ring orbits made of stars parading one behind the other, the only way to be sure is to get in there with a very good telescope and have a good look at a star ring.

Assuming stars as appearing here are parading around each other in a string in an orbit, it could be stars of a mutual compatability drawn together by gravity but centrifuge in velocity keeps them separate apart. Holding power may be more interesting, supercharges in each star, a positive, negative, positive, each state alternating one behind the next, their supercharge not just gravity can keep the stars bonded in a tight cirle ring the ring once formed safe from gravititational disruption by passing close encounters by migrating other stars.

SUPERCHARGE TIDAL TRIOS

Supercharge may explain why tidal trios exist around stars in seeming defiance of kepler laws. Assume each body in a tidal trio has similar charge and it is superstrength, repulsiveness will drive each body out from a similar supercharged star having some charge state, the result is a straight line rejection out from central, this might might also explain how the tidal trios rotate about there each point of center in unison, all three rotate in locklock like three sailing schooners each spinning in the same direction in a circle as all three sail around a flagpole ticking up in the ocean, all three in a straight line out from the flagpole the third out at the end of the string having to hustle to keep in position with the other two, in reverse of normal gravitational fluid field orbiting dynamic physics where the farthest out intrinsically orbits the slowest.

NEXT SLIDE PLEASE

Here are tidal trios at tidal.htm, three tubular oblongs which have migrated in orbit, rearward in one photo plate by Dss, forward in another Dss plate taken at a different time, each tubular oblong has rotated in unison on the spot in the same direction while the necklace of three sail around the star together as one orbiting engineered device.

The three are flexing in unison, a cycle cell each a clone of each other except for real (or apparant size). It is possible that the three in the trio are not in the same orbit in terms of elevation on a solar ecliptic axis, that is, each is at a different orbital tilt with respect to the ecliptic, in this case, if an orbital exclusion principle is present, the orbital exclusion principle is not violated.

Supercharge may be the strength to keep the tubulars shoved out from each other in a straight line while tightly bonded to a supercharged star of opposite polarity, the charge attraction stronger than the nascent gravitational field of the star per se.

IN DORADO 30 - where the Taranta pullmotor is located



Stars in streaks. Cause not known by this reporter.

More DORADO 30 images are   here   and   here. IN THE TARANTULA NEBULA

Stars in necklaces, in partially concieled circles, and lining the edges of folds.

   

   

   





Numerous star necklaces occur in concentric stacks.

STAR DEVICES ABOUND IN DEEP SPACE

In the deep space region where Circinus galaxy drifts along behind our milky way, star patterns are self evident.

Necklaces made of stars and hot clumps. Small radius circles partially exposed, large radius circle segments, long lines, streaks, trails, most of the stars we see in these Dss views are organized and coherent, some by cyclonnic gravitational forces around strong center sources, others in trails made as wakes by migrating bodies and coherently organized star devices.















A peculiarity of crunch financing, (source reduction producing false exciters), or a very long thin string of hots extends on an upward tangent into right field.

Star patterns in nebulous regions around dusty Rho Upsilon

STREAKING

Stars are streaking in straight and meandering lines everywhere, some lines are twin parallels, some short cuves and parts of circles, interesting to notice that those stars comprising short circle necklaces have the biggest star in the center of the string. The meandering tracks are by intruders, objects on the move fast enough with enough personal power to disrupt the field along the tunnel they create in their passing.







OBLONG STARS

Look for oblong stars stretching in from the left to a strong point of center. These are either image aberrations, or real. Oblong stars stretching in through the outer diffuse mantle of tiny elliptical galaxy M110 near Andromeda are real.



Above, oblong stars drag from the left toward the center of M110. These images are feature in A Bridge Near Far. The image is too poorly resolved to suggest if these oblongs amongst circulars are stars or hot clumps. The oblongs may be distended globular clusters (cautiously ventured guess not having resonable scaling factors to compare and not inclined to ferret out the correct scaling factors for confirm this assumption).









Star rings and necklaces abound in the Large Magellanic Cloud.







SKELETON ARMS



Skeleton arms may be possible among the necklace objects. Skeleton arms are longer with more noticable hots spots formed along curves which were once galaxy arms whose dust and gasses have been stripped away in passing encounters leaving the heavier clumps and star bunches still in their original kenetic positions in the arm, now they are naked. Skeleton arms are shown around M110

Look for the term 'skeleton arms' in these pages as well
Intruder.htm   Lmc.htm   M110.htm   Missmas1.htm   Missmass.htm   Moirenew.htm   Property.htm   Special.htm   Smoke-1.htm

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

                  Click google logo for site search

For the world's most comprehensive searches use

Fast crash course in astronomy
More advanced at top of home

Available Downloads

DRUMBALLIA

ODDESSY

CLIFFR

CONTACT