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This
view is
from a larger
Bodes Galaxy study here
Another Bodes
v-breach, this time
two twisted thin ropes spinning
off in opposite directions from the top of the core
| POWER CORDS CONJOIN AT A 'V' BREACH |
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This
enhanced
and magnified
spectacular view of
NGC 5236 shows a short
thin pair of arms (like power
cords), doing a 'V' breach
at the rear end of the
long core axle. The
image is not
able to
tell
if the
power cords
are diving in at
the 'V' breach, or issuing
out where the two power cords diverge,
or if one arm is streaming in, the
other streaming out, in a
slipstream
The above Ngc 5236 image is from here.
|
|---|
Tendrils
including small
tongs dig into M100
from a large gob which
anomalously dominates the upper
end of the s-shaped core. Notice that the
right arm bridges under another arm before winding
down the right flank, the fact of the underbridge
means this arm initiated from the other side
of the core and has been able to remain
intact as a flow of angular momentum
in passing below another angular
momentum flow passing over
head at right angles.
It is not a mere
phenomena
of degrees
of heat driving
the two right angle motions.
The juice that drives is angular momentum
powered through vector changes by fields of gravity
(and assume magnetism plus massive charge fields). In sum
total an inertia keeps arms together even when arms
lace through each other like jet streams
Another
attempt at
describing field
force vectors is here,
look for the buzz word 'spinners'
Original
Highly enhanced
At once
something is
learned. Below the
gob with tendrils is a 'V'
breach where two arms abruptly
interleave. In stereo the two arms
are folded at a right angle (more or
less, picture the fold down an open
book). Immediately below is the
right side inner arm which
passes underneath the
arm to disappear
into depth
in the left side.
These images cannot say
if the underbridging arm is flowing
out and down the inside right, or flows the other
way. The gob is partially cleaved by an image patching error seen
in a thin rectangle of different image densities along straight line edges
A run
of images
each noticably
different in color tones.
When combined as pairs by focusing
with the eyes you see details otherwise unnoticed
leap forth. If focusing is uncomfortable, a sequence of paired
images still works to mix and match details easily, since strong
features in one color tone image will be replaced by other
strong features in another of the color tones. You can
put your slide rules away. Let eyesight
light the ways for you
V-BREACHES WILL HELP IN THEORIES
V-breaches,
where thin arms
conjoin in a fold are
common in galaxies some seen
in unmistakable ways such as those
shown above others are more subtle, small,
crowded within chaos in a galaxy. The
point is understanding v-breaches
will take theoretists a long
way further in working
out how galaxy arms
form and behave
| V-BREACHES - TWO KINDS IN ONE CLOSEUP |
|---|
Two
v-breaches
stand forth for
scrutiny in this closeup
of the core area of M100. An
arm flanking the inside right jogs
and passes directly under an overpassing
arm and continues in a right angle vector to
disappear into depths in the left core flank,
meaning the arm aimed left is also slanted
to be able to dive in. Below the large
gob, two arms meet at a sharp fold
(v-breach) like the fold down
an open book, two angular
momentum movements
meeting to form
a V-breach
V-breaches
and momentums
are closely related
It is
increasingly
beginning to seem that
some v-breaches at least, are caused
by the criss crossing of two arms that inevitably
will happen when galaxies are colliding, one arm slicing
in, both arms end up cut off where they intersect,
forming a v-breach. It is not known by
extrapolation how long a v-breach
caused when two arms
intersect remains constant.
What is known is that v-breaches by
intersecting arms from galaxies colliding can occur
close even right at the core, and well out galaxy outskirts
It looks
like a large
intruder has ploughed
a trench up the inside left of
the core departing with a smack through
the arm. The V-breach is to the right of the smack.
A hesitator's guess suggests (if intruder) it punched
into the side of Ngc 5236 leaving a smoothed patch of
grey matter and perhaps causing the core nerve
to split into two diverging strings
Web site/display/designs/image enhancements - Greydon Moore World's largest cosmic teaching site - Ottawa 2001/2004 form A & O 3 3
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