Interlacing criss hatch ribs emerge as a striking new physics for intensely energetic fiery star nebulas BLAZERS - SHORT ENERGETIC RAYS FROM EXPLODED STAR NEBULAS

This is a browse page, read at leisure EXAMPLES Hourglass nebula Mz3 butterfly nebula Red rectangle nebula Eta carina nebula Cats eye nebula

HOURGLASS NEBULA

Extended curvatures lurk in dim obscurity on either side of the Hourglass, tongs extend top and bottom. The large scale dim curvatures are seen in much smaller forms in enhanced image versions of the Red Rectangle nebula shown below.

Click for Hubble original full size.
Click Click for enhanced full size.







The upper bubble is toward the camera, the lower bubble is further away. It means the real shape of this nebula is noticably longer than the apparent 2 dimensional flat shape.

Although, each of the wiggling rings is at a sharp slant angle one to another such that for instance the lowest shelf extends forward in a distinct thrust.

Stereo view of the original image without enhancement reveals the shelf planes in a clearer way.

MZ3 - A NEBULA SHAPED LIKE TWO BOTTLES OF AN HOURGLASS

Click for Hubble original full size.
Click Click for enhanced full size.


Hubble original at left. Enhanced at right, blazer rays are seen.



Tangental streaks radiate from a highly coherent hourglass figure.



The amount of tangental energy spraying is not seen in the original.

Do not be decieved by flatland appearances. This nebula has several bottles in both the upper and lower halves, each bottle is in a different planar alignment relative to a central axis and no two bottles fall along a single ecliptic axis. Each bubble in fact has a different slant plane angled apart from the slant plane of any other bubble, and the tips (top and bottom) angle in opposite directions to each other - a topological constraint which seems typical of all bi-valve nebulas including butterfly shaped and hourglass shaped nebulas.





Many small blades with fractal crystal straight edges are visible especially from the end of the lower bulb.

RIBBED RUNGS OF THE 'RED RECTANGLE' NEBULA

Image source at Apod.     Click for Hubble original full size.

Rungs they are not. Struts, neither not also. Disturbed planeary oribital arcs from two or more sources intermeshing seems to be the answer.

Original at left. Enhanced at right.



The faint diagonal discerned running north/west to south/east is on a similar slant to the short bright telescope struts crisscrossing through the bright center of the nebula. The center strut star is false. A seeming difference in slant angles between the star strut, and faint long rays, is where the long rays spread outsidways faintly, from stronger leading edges. The question is open or shut as to whether long length 'blazer' rays are seen.

LINE BY LINE LATTICE STACKING

News for everybody. These lattices of the 'Red Rectangle' are not stacked like rows like quarry blocks rising up layer after layer to build a pyramid. These rows are articulated, that is, each line (not rectangle but each straight line around a seeming rectangle), is at a different elevation and different declension. Each line has been formed by unique dynamic phenomena different from each other line around a seeming perimeter and around a seeming stacked layer.



You will not see the interspacial intermeshing unless viewing the images in stereo, by focusing the two images together by eyesight. Five different composition pairs are shown next to give a more detailed stereo view of the intermeshing complex structures, whose precise details cannot be seen due to intrinsic blurr in this photo, enhancing only marginally helps to focus the finer details.











Intermeshing arcs are strikingly seen in the Egg nebula and in the
nebula named Hubble 5.

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In the Rungs nebula, though indistinct at extreme range of uncertainty, blazers are possibly firing out from the hem of the bright star area at center.

Faintly seen diagonals criss crossing from upper left to lower right, and horizontal, are telescope light spikes, not real, unless proven later to exist, through unlikely. Confusion between telescope light spikes and rays has compounded studies of nebule, for instance Eta Carina a topic further below.

In the middle, faint tiny tracer rays shoot out from the center. Tracers are seen clearly in an image of the Catseye nebula, whose page also shows blazer tracers (which are hard to see) in other nebula. Blazers are suggested as either hot kernals leaving a glowing wake in haze, and/or also haze excited by the passage of unseen high frequency laser rays. For instance the striking criss cross rays of the Egg nebula are actually blazer rays (irregular) revealing narrow paths excited by invisible high energy lazer rays.

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In the advanced enhancings used to try and expose blazer rays, faint traces of more widespread planetary orbital signatures are subliminally suggested. A basic topology seems to be an open mobius strip, which is a distinct symmetry property of the Hubble 5 nebula.

HUBBLE 5 NEBULA - OPEN ENDED MOBIUS STRIP

The Hubble 5 nebula (left) has the basic symmetry of an open ended mobius strip (right).





Interleaving, in the Hubble 5 nebula, which is also a sterling example of bi-lateral mobius symmetry principles which can be seen in nebulas.



More Hubble 5 Nebula in the Symmetry.htm page.
More bi-lateral symmetries in the Bilatera.htm page.

Interleaving is an indication of planetary orbital signatures (planets in orbits around two stars tilted interfacing in two different ecliptic planes). Use Goggle site search at the end of this page for 'planetary orbit' and 'orbital signatures' to read other pages discussing this important subject.

NGC 3918 - TRACERS FIRE AROUND RIM

BLAZERS FIRE FROM CATSEYE NEBULA

Tracers - like fiery popcorn kernals - fire from a hem of the Catseye nebula. From this we learn that tracers may be spray from cohesive forces abruptly released when magnetic ropes collapse as well as possible high speed releases from kenetics like bursting soap bubbles from the circumpherences of bursting hems.



More tracer images in the Cats.htm page.

EGG NEBULA

Interleaving, and criss cross blazer rays made of materials excited by invisible high energy laser rays.



More Egg Nebula in the Symmetry.htm page.

BLAZERS FIRE FROM ETA CARINA

Eta Carina has both tracer rays spraying off scattergun fashion from edges around the nebula, and blazer rays spiking in several directions from within, and lattices.

Formation to the left of Eta Carina's 'eiffle tower' is latticed with ribs.



Blazer rays at Eta. Seven ray spikes are seen, how many are not telescope light spikes.



Tracers at Eta. Short pink blazers covey around the central blare.



These images are described in the Eta-1.htm page.

KEYHOLE NEBULA IN CARINA INFRA RED BY THE 2 MASS TELESCOPE

Note: I cannot state for certain that the above Carina image is by the 2Mass telescope, in infra red. My notations say yes. A 2mass version on the internet is very poor quality compared to the version shown above, which means no. I may have dropped the ball in keeping track of this image.

Found it - back on the ball - it is an infra red image of the Keyhole nebula by (2mass collaboration U.Mass Ipac).

The cowling seen in the lower left in the above image, is featured in this (left) Hubble view, identified at an astro lab teaching site as Carina Ngc 3372.

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In the Carina nebula in the Milky Way, stars have formed amazingly intricate patterns.

Most noticably, stars run in short and long straight lines most all of the lines biased in only two directions, vertically strung on an axis biased slightly to the right, plus horizontal biased slightly upward along the east/west axis.



For instance at the top of the image stars form flowers with a large star in the middle and smaller stars forming the petals, many little flowers are seen. (Trust me).





A sense of orbiting is pervasive around the perimenter of the central large star cluster. There are powerful cyclonnic disturbances associated with these myriad tiny orbit rings made of stars. Except, real close inspection reveals that none of the rings are circles, instead, straight line segments join at abrupt angles around the circumpherence of a ring.

The sense of stars in a string around an orbital path is demonstrated by the animations at left, however it is not fully correct as a model. Stars in rings occur is short straight line segments of several stars - usually the star in the middle the biggest - in which each segment lays at a different tilted alignment.

The following is a extreme enhancement of a nearly all black original with tiny dots forming the multi diamond crystals and perifery, which is thought to be dots in circle-arc lineup, but is not these are all straight lines. The image is an electron beam diffracting through the atomic lattice of a crystal of Lead Hydroxide Salt.









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 ... gotcha.

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

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