LMC - two different galaxies are merging, one wrapped around the other,
scattering red flyers are departing under impetus of charge push
Charge field differences in different polarity may explain what is happening at LMC and its fractures, incises, and prisms, the other galaxy merging, is of the opposite electric charge to the LMC. One of the galaxies is bright and diffuse, the other galaxy's material is wrapped around and somewhat opaque (dark), causing precise incise edges (as if scribed by a graphic artist) where the edges of one galaxy meet the other. More images at the LMC page |
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CYCLONNIC BULGE IN LMC IS ANOTHER GALAXY MERGING
The LMC, a very small neighborhood galaxy, so small it is only a
pip in Dss images, enhances into a multi
pole object with a pronounced vertical bun dominating the top in
the orientation of these views, from an Noao large photo that
begin next.
Abrupt differences in media densities and color tones under high
enhancement, point to two galaxies, an LMC and another partially
merged, the result of a merger currently underway. LCM is rife with
prisms and cyclonnics all suggestive of extremely energetic local heat
and pressure entropy exchanges, plus prisms and radials from impacts
by red flyers whirling around, including the
Tarantula
The impression is that some of the concentric circle rings are not
prisms by changes in refractions. Rather,
these may be stars in necklace orbits
around intense attractors which are invisible in optical light.
Even stars which seem gridlocked in straight lines are actually
motored in very tight circles. The stars of LMC, obeying fundamental
dynamic ordering rules, all seem the same size per necklace, large,
while stars stretching in barrel stave streaks arcing between two
powerful nodes, are all small. Interesting when someone is able to
solve why such precise filtering of sizes can occur.
There is probability that certain brillient bright incise straight
edges are in the image patching creation by compositing smaller
photos in one larger. Many edges seem too geometrically euclidean
to have been made by graviity.
A radial smash - something inpacted here creating a radial spray
pattern with cyclonnic ovals surrounding the smash at different
elevations in planes and several different diameters. A v-shaped
chisle below the radial is where the impactor entered.
The path of a red flyer (seen partially whitened by enhancements at
top right screen) is seen as twin parallel outlines of roil which
is the trail left behind by the red flyer. Where the red flyer first
impacted the side of LMC a reverse percussive explosion bulges outward
beyond the galaxy flank as a blunt point nub.There are two parallel
streaks leading directly focused to the red flyer.
The radial concentric more in mid picture seems to be of an
entirely separate cause whose source is not self evident. The next
view ( more here) shows a red flyer (first
above in space at right) shows a drag path right through the radial
concentric showing it the likely the smoker causing that radial, the
red flyer punched through the galaxy from behind in its glide path on
the way to outer space.
The drag path arcs back to the V cleave in the forward leading galaxy
edge so here is where the red flyer entered, it impacted into the
side of the galaxy's foreward flange and re-emerged in the middle,
rather than punching through from behind.
NEXT - THE BIG COWLING
A rudimentary cowling opens forth, facing
left and upward off the left end of the yellow bannana.
A vertical bulge in the midrift reaching from the bottom up the side,
is a rudimentary version in LMC, of a silverado, seen in full majesty
here.
STREAKERS LEAVE TRAILS FROM LARGE MAGELLANIC CLOUD LMC
Streakers stream north into distant red clumps, from
LMC. Streakers made of drawn out stars string north from LMC to
remote flyers, showing the flyers (collision rubble of charge field
opposite to the main charge of the LMC galaxy) flew out of LMC,
ejected at high velocity, dragging stars with them, leaving
visible trails
STREAKERS LEAVING GALAXY LMC
PRISMATIC STAR CONCENTRICS
Prismatic star concentrics off the south west end of the Tarantula.
In the Prisms.htm page, these have
been called 'shin plasters'.
More Tarantula here and
here
More stars in necklaces and concentrics at the
necklaces page.
Web site/display/designs/image enhancements - Greydon Moore
World's largest cosmic teaching site - Ottawa 2001/2004
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