|
BILATERAL SYMMETRIES IN COSMIC
MANIFESTATIONS
Bilateral symmetries rule the shapes and outlines of all galaxies - one side up, the other side down. Symmetries have more than one profile. Cotter Rings kink around their parent. Interleaves join in V folds ruled by double planetary orbit planes. Leaf symmetries are stacked, ruled by doppler gravity principles caused by motions. |
|---|
This page includes excerpts from another page named symmetry.htm
in visitastronomy.com
Image name is unknown. It is not known if this is a galaxy or a nebula.
COTTER RING SYMMETRY
THROUGH THE COTTER RING HOOP
"COTTER RING BECAUSE IT DOES NOT ENCIRCLE ITS PARENT".
"This image turned up once in a magazine in 1996 in illustration of a
forgotten purpose, no name or description was given. The image does not
tell us if this is a nebula, or a galaxy. The thin textures of the
cotter ring tendril fibers suggests nebula".
SMOKERING SPEAKS:
"Definately a cigar, brand name unknown. The upper west string segments
arc twisting in a vertical plane, the east arcs similarly but oppositely
torgued in the lower horizontal plane. Both planes take abrupt jogs,
twisting at dive-in angles. Tiny tongs tether the end of the lower
cotter to the underside of the cigar". The west end of the cigar
itself is horizontal, the east end is vertical", Occam interjects.
"You have to gaze at the image in 3D until you become aware".
"How to tell an object's correct orientation. This above re-oriented
view of the banker's cigar is not the correct orientation. In rotation
by 180 degrees an object's tympanies and seek engines (little intense
goodies along the cotters), can seem to disappear in an image's rotation.
We know seek engines exist. Ergo we can tell that the original
orientation of the banker's cigar is correct because there are
tympanies, tiny small, you must look for them".
COTTER RING GALAXY
"This unnamed deep space apparition is a cotter ring galaxy. The east
side of the ring starts from the lower side horizontally inclined, and
torques to the upper side, vertically inclined. The blue ring's contents
seem to be a junk yard collection of myriads of seek engine artifacts
pole coupled together everywhere ad hoc in the cotter ring. Local
magnetic ring current inductions are likely in the causes".
"The lower ring sector attaches to this side of the tube, the upper sector
is attached to the backside. The cotter ring is not a wrap around".
CARTHWHEEL GALAXY
"This is another class, a kinked seething smoke ring which encircles
the core in a complete wrap around".
"This is a cotter smoke ring, a closed loop with fundamental bilateral
topologies. Abrupt plane shifts are seen in more than one location
around the ring".
"Lore has it that an impactor passed through the center and split in two,
carrying on with positive and negative charges completely separated, the
negative (in blue and white) is a bar galaxy tightly engineered with seek
engines, the positive is a thick green lazy diffuse spiral - except for
bulk the green is without details".
Occam interrupts: "watch out for the bright whiteout at the top in this
next image, it will sting your eyes when you first go crosseyed".
CARTWHEEL GALAXY CRACKLING WITH OHM-WATTS
The ohm-watts specialist speaks. "Ohmw-watts do not exist. Ohms are
potential. Watts are amount of heat. Volts are how much power to drive
the watts, based on how much ohm potential is available. In the
cartwheel, induction ring currents fill the reaches between the inner
galaxy and outer cotter ring. These induction currents can be seen
as swirls, which will be wrapping around magnetic hot spots. Bilatera
twists and jogs are everywhere. One side of the outer ring has left
flavored bilateras which are innies, the other includes outies forming
the bilaterals".
"This is a multi frequency image released through Chandra - X ray,
ultra violet, visible, and infra red, which accounts for the strange
overall colors, plus the pink orbs floating in the spokes. Since
X ray, ultra violet, and infra red cannot be seen by normal
eyesight, surrogate false colors were used".
"The cartwheel inner area is seething with induction currents (swirling
little circles)".
"The oval rim around the yellow galaxy has a cotter pin twist, the
upper end of the oval darts behind into the twist, the lower end darts
out front into the twist. The twist is inclined on more than one vector
at one end of the oval vrs twisted to the inclines at the other end. The
spokes from the left side are in forward space, the right side spokes
radiate out from behind the cartwheel core (yellow galaxy). Is this
magnetic twisting (atom and molecule) or fundamental hadron twisting
(phase shifting in compton wavelengths) resulting in phase shifting
of atoms and molecules in the presence of powerful magnetic fields".
"Note how the seared hard yellow center of the right image is cancelled
by clarity in the left image. This is one of the advantages of virtual
3D, that bad data cancels, good data re-enforces".
HOAG RING GALAXY
"The ring is a cylander, you can look down the left slanted slopes of
the cylander's sides, and see deeper".
"Oops, language fart, the ring is a 'shallow' cylander".
NGC 1365 IS A BIFURCATED COTTER PIN - TWO CLOSED LOOPS WITH
POLAR ENGINE GEARS CONVERTING BILATERATED TWISTING THROUGH THE CENTER
"The unusual shapes are caused by unequal velocities of motion along
different axis at different speeds, causing cams, torquing, and
tightening up, all at simultaneous different speeds. Tumbling on
more than one axis is part of the gearing motions. This design is
not the game of gravity. The converting crankchaft through the middle
is driven by ionnic powers stronger than gravity. The dispersal of
the long wands and thin long arms is the works of kenetic engery
pinned by cohesive different gyroscope forces".
"It's basic topological profile is that of a stubby airplane propeller.
If this was made into a fan, a lot of air would blow with little effort.
This does not mean to say Ngc 1365 is a fan vigorously beating the
deeps of space. The fan blade analogy is a co-incidence in design".
"Ngc ranks cotter pin in both the curlspacing far out at arms ends,
also in the core, two wide fronds arc from the core torqued at a wide
scattering angle, in cotter pin bilateral twist".
NGC 1365
"More to see in Ngc 1365 cotter ring bar galaxy, more on the outskirts
bought into view by more vigorous enhancing".
"A green dim density in a sculted straight edge along the north west
outer arm, and a red dim media round density of the eastern flank,
residuals from earlier galaxy evolution".
"In this next zoom view, dark hobs of cold diffuse spent matter (no
kenetics only angular momentum) are pushing in the upper right inside,
outward into the hot blue arm, causing curved sculpted irregularities
along the overhead east portion of the arm".
BILATERAL SYMMETRY IN GALAXIES
"All galaxies have bilatera to one degree or another - one side up, the
other down - nebulas too. The following remarks will not be understood
in full until the images are seen in virtual 3D, by fusing the two
images together by going cross eyed, forming a 3rd image between".
The Equalizer hands the color chalk back to Occam and sits down.
Safety Pin takes over, running a wild quick presentation.
M106 - A BILATERAL GALAXY WITH A SEVERALLY DISTURBED ASSYMMETRIC CENTER
"M106 - with significant bilateral symmetries. The upper arm spins
out vertically. The lower arm spins out horizontally".
"The reason for the central assymmetry is this other galaxy, a hotter
(blue) collider seen in ultra violet. In ultra violet, astronomers,
because UV cannot be seen as visible frequencies, typically use red
for near (closest in frequency to visible light and weaker), and blue
for far (closest to X rays and powerfully more intense in temperature
than red).
LASER RAY
"Surprise. A needle thin red ray is spiking out from the center. The
laser ray itself is not seen, far too thin in actuality, the ray is
passing through media exciting the media causing the media to glow in
near infra red. You can tell the ray is an excitement not a lazer by the
fact that the ray is irregular in width where it hits different thicks
and spreads out. The ray is exiting from behind the surface".
"More rays, some will surprise you, are in 'visitastronomy' in the
LASERS.HTM
page".
INTERLEAVING TWIN ORBITAL PLANES MODEL
one side up, the other side down - symmetries have more than one profile
"How the fingers join, is how the interleaving planet orbital signatures
in the next nebula image, meet in the middle. The twin orbital disks
come in slantibg from either side, interweaving in the middle, most
clearly seen in the faint concentric arcs above the nebula's mid point".
HB5 NEBULA
"One end up. The other end down. Mobius formation.
No exception".
"BILATERAL SYMMETRY MODELLING - curlspace formations
"In this mobius curled nebula a few faint orbiters are small and dull,
distinguished from stars that are small and white. Check the ribbed
flanks in the upper northeast there are orbiters crossing the nebula.
In the interleaved twin orbital planes in between are at least two
orbiters".
"Hb5 was a random spare moment shoot by hubble which chanced this nebula,
so named HB5 for 5th chance shoot. This nebula does not seem archived on
your internet".
HB5 CURLSPACE FORMATION
"Among energetic planetary nebula, open mobius symmetry can be seen
in pictures with enough resolution to show enough details. One such
nebula, officially named Hubble 5, has open mobius symmetry operating
between the left and right side of the butterfly. Strong enhancement
has pulled out of the media blurr a show of contentric rings (orbits)
around the center".
MOBIUS STRIP - CLOSED
MOBIUS STRIP - OPEN
"In a nebula, a cuppula will be filling each open end of the mobius.
One cuppula will be curving up, the other down, in perfect bilateral
symmetry".
CONCENTRIC DUST RINGS
"One with a pink incise edge is above the middle".
"In the most exacting 3d inspection, with the most ideal background
lighting not interferring with the screen, the orbits can be seen to be
interleaved, that is the dusty orbital lanes on the left are cammed to
the right, and the dusty orbital lanes on the right are cammed to the
left - the two separate sets of concentric orbiter's lanes face each
other at shallow cammed angles".
"It is worth extra commenting on both interleaving orbit planes (two
separate ecliptic disks facing each other), and mobius curl symmetry,
in that many nebula have these properties".
"Ummm ... I think this is only one planetary orbit plane, not two. I see
the orbits but not two inclined toward each other interfacing".
"You might be right", enjoins the other voice.
"In my opinion, the planetary signatures are too irregular to be singles",
conjoins another.
"You might be right", enjoins another.
CATS EYE NEBULA - NGC 6543
"The cats eye nebula has little planetoids orbiting all over the place.
It takes industrial strength astronomy, enhancing different images, to
see them. The planets are dull not bright, which is how they distinguish
from stars".
"Two orbital planes are interleaving (slightly facing each other) down
the vertical axis, the shallow degree of interleave folds explains why
the orbits are tending to mush each other in the lower southwest and
upper northeast".
"Only two planets are visible in this telescope's cats eye version".
"Bilateral symmetry - the upper pigtails curl up forward, the lower
pigtails curl down away".
"Interleaving is most visible in the lower dust rings, which are merging
in two irregular inclines, along a vertical axis below the main nebula.
8 rings can be counted coming in from the left and visibly end abruptly
by diving into a pall of obscuring dust. These 8 counted are not meeting
the ends of the rings to the right".
BILATERAL SYMMETRY MODELS
one side up, the other side down - symmetries have more than one profile
"Entropy energy piston pumps are easily described: Push down
a blue meany here and it pops up there".
SUPER NOVA 1987 SPUTS ITS STUFF
BODES GALAXY M81 - 'another example of handedness in a bi-lateral
galaxy. This examples the larger domain outer sweeeping arms of Bodes.
Thanks to the time bandit for use of a hand pair again. Your assignment
for next week is to figure if this is one hand in a particle anti-particle
pair, or two hands each rotated'.
SQUARE EDGED COTTER PIN ENCLOSING BODE'S WEST END
"A distorted cotter pin ring encloses the west end of Bodes. A cotter
pin ring connects at one incline at one side of the galaxy, and the
bilateral opposite incline on the other side of the galaxy".
"Interleaving in Andromeda's Bullseye
shown here in vertical alignment. Andromeda images are usually horizontal,
with the leaf shaped Bullseye vertically wrapping around the east end".
"The gravity doppler waves extending from left side, from short to long
waves, receed progressively rearward per wave, each wave vertically
separated from the next, separated in space by vertical stacking, which
is illustrated in viens running the curves in the above green leaf
example. The designer of this manifestation is no amateur. You are
looking at how gravity doppler waves of a certain kind behave, in
distinct bilateral symmetry patterns, many at once. Left, right, in,
out, up, down, each plane is unique. I do not want to use the word,
'multiphasic', science fiction's worst cliche, but here I have to".
FIRST IMAGE OF ANDROMEDA'S BILATERAL CORE
"The first look on Earth of another galaxy. This is Mr. Hubble's
first image, showing swirls and doppler shifts distinctly different
than any known nebulas, taken in the early 20's. The image shows
just the central core of Andromeda within which lurk the two black
holes".
"A distinct Niagra Falls symmetry occurs here. The center seems to
cascade down in a vertical steep to the left. Actually, the core is
cammed in a pronounced vertical slant showing that the core area of
Andromeda rotates at faster, separate, velocities compared to the
arms flaring out around the core. The lower lip of the bowl at the
west end rises up, the upper end at the right curls down, in typical
bilateral symmetry".
The Equalizer finished the presentation, rolls up the hologram sheet
and finalizes by departing the stage.
NGC 2997 - WITH A BILATERAL CLAMBSHELL SYMMETRY
Worms In Space - a nick name - takes position at the control consul.
"Ngc 2997, another bilateral clambshell symmetry example, both major
arms lift up, arcing forward on the left (down), arcing up on the right
in the opposite direction (up). Clambshell topology is common in large
and giant spiral galaxies, very few are flat, or have left arm forward,
right arm rearward in the pure form of bilateral symmetries. Clambshell
are not the purer form such as seen in nebulas and galaxies fluking,
one end up, the other curled down".
"Next is a black and white Dss deep space sky survey photo from the
1990's hardly anything showing until given powerfull jolts of image
ohm watts in a graphics editor".
"Straight out horizontally to the right is a sawed off arm, a straight
cut, with just a bit of vapour rising above the incision, in what was
once one of the galaxy's major arms. Collisions can do this, amputee
arms. The tentical arm overhead is missing it's tip. In fact, look
around in the universe, arm amputations are everywhere, once you have
seen one you notice them anywhere.
"Look again above. Independent multi motions in the core, the football
is tumbling slowly end over end, and camming sideways, like a fish's
eyeball facing left".
"Thoroughly beat up but not trashed is the auditor general's report
about this huge galaxy".
COLLISION CLEAVED GALAXY M83 - NGC 5235
The Quipper is back, quipping astronomy instead of jokes, almost
winning the longest sentence contest which continues daily".
"M83 is an exception to clambshell symmetry, the right side flares
up, the left side curls down, mainly because we are looking down from
the top, from an axis end, into the middle, in M83 views, M83 has been
cleaved open almost to exposing the black hole core, the missing mass
cleaved clean away in a collision, most of the mess crosses horizontally,
which is how the core can be so exposed in the cleaving, some of the
cleaved missing mass, originally kenetically tight with controlling
angular momentums, now drifts out in the surrounds as lifeless dull
spent matter looking nothing more than mud after burning has been
put out".
SAWED OFF ARM
"A sawed off arm, in blue, up in the right, cleanly amputated, jangs
out in space. The thickness (width) and hight of the stump, tell you
what galaxy arms can be like. Wonder why some arms seem triangular in
cross section with pyramid peaks, because arms are sinews thickened with
magnetic currents and flows of electricity, and some assume engineered
shapes such as the leach in blue janging above".
LONG DISTANCE SLOOP
"The distance between the rattle snake's rattle sticking forth upper
right, the center is almost unfathonably distant the core is so far away
in, at the end of a long distance ski slope, some of the distance created
by gravitational relativity contracting space at the far away core, the
contraction making the distance much farther seeming than it actually
is if the relativity was switched off. The gouge across the midriff,
nearly exposing the innermost core, is better seen for what it is,
missing".
"The inner core noticably rises up like flames on the right side of
the bar core, curls tightly down on the left side, a true bilateral
symmetry manifestation".
"Another sawed off arm stump, this one a round blunt in a lower hem,
stuff is dribbling out, a dobbler, which shows that arms can have an
internal core".
"Oh, wait a second, its not a dribbler, its a small ring current
coiling over the lower lip of the missing chunk, nonetheless the
tiny black dot in the center of the chunk shows where more is
going on than just rubber".
Quipper keeps smiling, she's had them, she'd left the dribble image on
the viewers for a couple of minutes and the outsiders had been bending
closer and closer looking into the viewers for core juice".
DONE
Click google logo for site search
PLANET PARTICLES HOME PAGE
High energy particle masses and wavelengths intertwined. Also, solar
planet orbits excellently model wavelengths to high accuracy
Contact: rhaestarr@yahoo.com
|
Image name is unknown. It is not known if this is a galaxy or a nebula.
|
|---|
|
|
|---|
"COTTER RING BECAUSE IT DOES NOT ENCIRCLE ITS PARENT".
"This image turned up once in a magazine in 1996 in illustration of a
forgotten purpose, no name or description was given. The image does not
tell us if this is a nebula, or a galaxy. The thin textures of the
cotter ring tendril fibers suggests nebula".
SMOKERING SPEAKS:
"Definately a cigar, brand name unknown. The upper west string segments arc twisting in a vertical plane, the east arcs similarly but oppositely torgued in the lower horizontal plane. Both planes take abrupt jogs, twisting at dive-in angles. Tiny tongs tether the end of the lower cotter to the underside of the cigar". The west end of the cigar itself is horizontal, the east end is vertical", Occam interjects. "You have to gaze at the image in 3D until you become aware".
"How to tell an object's correct orientation. This above re-oriented view of the banker's cigar is not the correct orientation. In rotation by 180 degrees an object's tympanies and seek engines (little intense goodies along the cotters), can seem to disappear in an image's rotation. We know seek engines exist. Ergo we can tell that the original orientation of the banker's cigar is correct because there are tympanies, tiny small, you must look for them".
| COTTER RING GALAXY |
|---|
"This unnamed deep space apparition is a cotter ring galaxy. The east side of the ring starts from the lower side horizontally inclined, and torques to the upper side, vertically inclined. The blue ring's contents seem to be a junk yard collection of myriads of seek engine artifacts pole coupled together everywhere ad hoc in the cotter ring. Local magnetic ring current inductions are likely in the causes".
"The lower ring sector attaches to this side of the tube, the upper sector is attached to the backside. The cotter ring is not a wrap around".
| CARTHWHEEL GALAXY |
|---|
"This is another class, a kinked seething smoke ring which encircles the core in a complete wrap around".
"This is a cotter smoke ring, a closed loop with fundamental bilateral topologies. Abrupt plane shifts are seen in more than one location around the ring".
"Lore has it that an impactor passed through the center and split in two, carrying on with positive and negative charges completely separated, the negative (in blue and white) is a bar galaxy tightly engineered with seek engines, the positive is a thick green lazy diffuse spiral - except for bulk the green is without details".
Occam interrupts: "watch out for the bright whiteout at the top in this next image, it will sting your eyes when you first go crosseyed".
CARTWHEEL GALAXY CRACKLING WITH OHM-WATTS
The ohm-watts specialist speaks. "Ohmw-watts do not exist. Ohms are potential. Watts are amount of heat. Volts are how much power to drive the watts, based on how much ohm potential is available. In the cartwheel, induction ring currents fill the reaches between the inner galaxy and outer cotter ring. These induction currents can be seen as swirls, which will be wrapping around magnetic hot spots. Bilatera twists and jogs are everywhere. One side of the outer ring has left flavored bilateras which are innies, the other includes outies forming the bilaterals".
"This is a multi frequency image released through Chandra - X ray, ultra violet, visible, and infra red, which accounts for the strange overall colors, plus the pink orbs floating in the spokes. Since X ray, ultra violet, and infra red cannot be seen by normal eyesight, surrogate false colors were used".
"The cartwheel inner area is seething with induction currents (swirling little circles)".
"The oval rim around the yellow galaxy has a cotter pin twist, the upper end of the oval darts behind into the twist, the lower end darts out front into the twist. The twist is inclined on more than one vector at one end of the oval vrs twisted to the inclines at the other end. The spokes from the left side are in forward space, the right side spokes radiate out from behind the cartwheel core (yellow galaxy). Is this magnetic twisting (atom and molecule) or fundamental hadron twisting (phase shifting in compton wavelengths) resulting in phase shifting of atoms and molecules in the presence of powerful magnetic fields".
"Note how the seared hard yellow center of the right image is cancelled by clarity in the left image. This is one of the advantages of virtual 3D, that bad data cancels, good data re-enforces".
| HOAG RING GALAXY |
|---|
"The ring is a cylander, you can look down the left slanted slopes of the cylander's sides, and see deeper".
"Oops, language fart, the ring is a 'shallow' cylander".
|
NGC 1365 IS A BIFURCATED COTTER PIN - TWO CLOSED LOOPS WITH
POLAR ENGINE GEARS CONVERTING BILATERATED TWISTING THROUGH THE CENTER
"The unusual shapes are caused by unequal velocities of motion along different axis at different speeds, causing cams, torquing, and tightening up, all at simultaneous different speeds. Tumbling on more than one axis is part of the gearing motions. This design is not the game of gravity. The converting crankchaft through the middle is driven by ionnic powers stronger than gravity. The dispersal of the long wands and thin long arms is the works of kenetic engery pinned by cohesive different gyroscope forces". "It's basic topological profile is that of a stubby airplane propeller. If this was made into a fan, a lot of air would blow with little effort. This does not mean to say Ngc 1365 is a fan vigorously beating the deeps of space. The fan blade analogy is a co-incidence in design". |
|---|
"Ngc ranks cotter pin in both the curlspacing far out at arms ends, also in the core, two wide fronds arc from the core torqued at a wide scattering angle, in cotter pin bilateral twist".
NGC 1365
"More to see in Ngc 1365 cotter ring bar galaxy, more on the outskirts bought into view by more vigorous enhancing".
"A green dim density in a sculted straight edge along the north west outer arm, and a red dim media round density of the eastern flank, residuals from earlier galaxy evolution".
"In this next zoom view, dark hobs of cold diffuse spent matter (no kenetics only angular momentum) are pushing in the upper right inside, outward into the hot blue arm, causing curved sculpted irregularities along the overhead east portion of the arm".
|
BILATERAL SYMMETRY IN GALAXIES
"All galaxies have bilatera to one degree or another - one side up, the other down - nebulas too. The following remarks will not be understood in full until the images are seen in virtual 3D, by fusing the two images together by going cross eyed, forming a 3rd image between". |
|---|
The Equalizer hands the color chalk back to Occam and sits down.
Safety Pin takes over, running a wild quick presentation.
M106 - A BILATERAL GALAXY WITH A SEVERALLY DISTURBED ASSYMMETRIC CENTER
"M106 - with significant bilateral symmetries. The upper arm spins out vertically. The lower arm spins out horizontally".
"The reason for the central assymmetry is this other galaxy, a hotter (blue) collider seen in ultra violet. In ultra violet, astronomers, because UV cannot be seen as visible frequencies, typically use red for near (closest in frequency to visible light and weaker), and blue for far (closest to X rays and powerfully more intense in temperature than red).
LASER RAY
"Surprise. A needle thin red ray is spiking out from the center. The laser ray itself is not seen, far too thin in actuality, the ray is passing through media exciting the media causing the media to glow in near infra red. You can tell the ray is an excitement not a lazer by the fact that the ray is irregular in width where it hits different thicks and spreads out. The ray is exiting from behind the surface".
"More rays, some will surprise you, are in 'visitastronomy' in the LASERS.HTM page".
|
INTERLEAVING TWIN ORBITAL PLANES MODEL
one side up, the other side down - symmetries have more than one profile |
|---|
"How the fingers join, is how the interleaving planet orbital signatures in the next nebula image, meet in the middle. The twin orbital disks come in slantibg from either side, interweaving in the middle, most clearly seen in the faint concentric arcs above the nebula's mid point".
|
HB5 NEBULA "One end up. The other end down. Mobius formation. No exception".
|
|---|
"In this mobius curled nebula a few faint orbiters are small and dull, distinguished from stars that are small and white. Check the ribbed flanks in the upper northeast there are orbiters crossing the nebula. In the interleaved twin orbital planes in between are at least two orbiters".
"Hb5 was a random spare moment shoot by hubble which chanced this nebula, so named HB5 for 5th chance shoot. This nebula does not seem archived on your internet".
HB5 CURLSPACE FORMATION
"Among energetic planetary nebula, open mobius symmetry can be seen in pictures with enough resolution to show enough details. One such nebula, officially named Hubble 5, has open mobius symmetry operating between the left and right side of the butterfly. Strong enhancement has pulled out of the media blurr a show of contentric rings (orbits) around the center".
MOBIUS STRIP - CLOSED
MOBIUS STRIP - OPEN
"In a nebula, a cuppula will be filling each open end of the mobius. One cuppula will be curving up, the other down, in perfect bilateral symmetry". CONCENTRIC DUST RINGS
"One with a pink incise edge is above the middle".
"In the most exacting 3d inspection, with the most ideal background lighting not interferring with the screen, the orbits can be seen to be interleaved, that is the dusty orbital lanes on the left are cammed to the right, and the dusty orbital lanes on the right are cammed to the left - the two separate sets of concentric orbiter's lanes face each other at shallow cammed angles".
"It is worth extra commenting on both interleaving orbit planes (two separate ecliptic disks facing each other), and mobius curl symmetry, in that many nebula have these properties".
"Ummm ... I think this is only one planetary orbit plane, not two. I see the orbits but not two inclined toward each other interfacing".
"You might be right", enjoins the other voice.
"In my opinion, the planetary signatures are too irregular to be singles", conjoins another.
"You might be right", enjoins another.
| CATS EYE NEBULA - NGC 6543 |
|---|
"The cats eye nebula has little planetoids orbiting all over the place. It takes industrial strength astronomy, enhancing different images, to see them. The planets are dull not bright, which is how they distinguish from stars".
"Two orbital planes are interleaving (slightly facing each other) down the vertical axis, the shallow degree of interleave folds explains why the orbits are tending to mush each other in the lower southwest and upper northeast".
"Only two planets are visible in this telescope's cats eye version".
"Bilateral symmetry - the upper pigtails curl up forward, the lower pigtails curl down away".
"Interleaving is most visible in the lower dust rings, which are merging in two irregular inclines, along a vertical axis below the main nebula. 8 rings can be counted coming in from the left and visibly end abruptly by diving into a pall of obscuring dust. These 8 counted are not meeting the ends of the rings to the right".
|
BILATERAL SYMMETRY MODELS
one side up, the other side down - symmetries have more than one profile |
|---|
| "Entropy energy piston pumps are easily described: Push down a blue meany here and it pops up there". |
|---|
| SUPER NOVA 1987 SPUTS ITS STUFF |
|---|
BODES GALAXY M81 - 'another example of handedness in a bi-lateral galaxy. This examples the larger domain outer sweeeping arms of Bodes. Thanks to the time bandit for use of a hand pair again. Your assignment for next week is to figure if this is one hand in a particle anti-particle pair, or two hands each rotated'. |
|---|
SQUARE EDGED COTTER PIN ENCLOSING BODE'S WEST END |
|---|
"A distorted cotter pin ring encloses the west end of Bodes. A cotter pin ring connects at one incline at one side of the galaxy, and the bilateral opposite incline on the other side of the galaxy".
"Interleaving in Andromeda's Bullseye shown here in vertical alignment. Andromeda images are usually horizontal, with the leaf shaped Bullseye vertically wrapping around the east end".
"The gravity doppler waves extending from left side, from short to long waves, receed progressively rearward per wave, each wave vertically separated from the next, separated in space by vertical stacking, which is illustrated in viens running the curves in the above green leaf example. The designer of this manifestation is no amateur. You are looking at how gravity doppler waves of a certain kind behave, in distinct bilateral symmetry patterns, many at once. Left, right, in, out, up, down, each plane is unique. I do not want to use the word, 'multiphasic', science fiction's worst cliche, but here I have to".
| FIRST IMAGE OF ANDROMEDA'S BILATERAL CORE |
|---|
"The first look on Earth of another galaxy. This is Mr. Hubble's first image, showing swirls and doppler shifts distinctly different than any known nebulas, taken in the early 20's. The image shows just the central core of Andromeda within which lurk the two black holes".
"A distinct Niagra Falls symmetry occurs here. The center seems to cascade down in a vertical steep to the left. Actually, the core is cammed in a pronounced vertical slant showing that the core area of Andromeda rotates at faster, separate, velocities compared to the arms flaring out around the core. The lower lip of the bowl at the west end rises up, the upper end at the right curls down, in typical bilateral symmetry".
The Equalizer finished the presentation, rolls up the hologram sheet and finalizes by departing the stage.
| NGC 2997 - WITH A BILATERAL CLAMBSHELL SYMMETRY |
|---|
Worms In Space - a nick name - takes position at the control consul.
"Ngc 2997, another bilateral clambshell symmetry example, both major arms lift up, arcing forward on the left (down), arcing up on the right in the opposite direction (up). Clambshell topology is common in large and giant spiral galaxies, very few are flat, or have left arm forward, right arm rearward in the pure form of bilateral symmetries. Clambshell are not the purer form such as seen in nebulas and galaxies fluking, one end up, the other curled down".
"Next is a black and white Dss deep space sky survey photo from the 1990's hardly anything showing until given powerfull jolts of image ohm watts in a graphics editor".
"Straight out horizontally to the right is a sawed off arm, a straight cut, with just a bit of vapour rising above the incision, in what was once one of the galaxy's major arms. Collisions can do this, amputee arms. The tentical arm overhead is missing it's tip. In fact, look around in the universe, arm amputations are everywhere, once you have seen one you notice them anywhere.
"Look again above. Independent multi motions in the core, the football is tumbling slowly end over end, and camming sideways, like a fish's eyeball facing left".
"Thoroughly beat up but not trashed is the auditor general's report about this huge galaxy".
| COLLISION CLEAVED GALAXY M83 - NGC 5235 |
|---|
The Quipper is back, quipping astronomy instead of jokes, almost winning the longest sentence contest which continues daily".
"M83 is an exception to clambshell symmetry, the right side flares up, the left side curls down, mainly because we are looking down from the top, from an axis end, into the middle, in M83 views, M83 has been cleaved open almost to exposing the black hole core, the missing mass cleaved clean away in a collision, most of the mess crosses horizontally, which is how the core can be so exposed in the cleaving, some of the cleaved missing mass, originally kenetically tight with controlling angular momentums, now drifts out in the surrounds as lifeless dull spent matter looking nothing more than mud after burning has been put out".
SAWED OFF ARM
"A sawed off arm, in blue, up in the right, cleanly amputated, jangs out in space. The thickness (width) and hight of the stump, tell you what galaxy arms can be like. Wonder why some arms seem triangular in cross section with pyramid peaks, because arms are sinews thickened with magnetic currents and flows of electricity, and some assume engineered shapes such as the leach in blue janging above".
LONG DISTANCE SLOOP
"The distance between the rattle snake's rattle sticking forth upper right, the center is almost unfathonably distant the core is so far away in, at the end of a long distance ski slope, some of the distance created by gravitational relativity contracting space at the far away core, the contraction making the distance much farther seeming than it actually is if the relativity was switched off. The gouge across the midriff, nearly exposing the innermost core, is better seen for what it is, missing".
"The inner core noticably rises up like flames on the right side of the bar core, curls tightly down on the left side, a true bilateral symmetry manifestation".
"Another sawed off arm stump, this one a round blunt in a lower hem, stuff is dribbling out, a dobbler, which shows that arms can have an internal core".
"Oh, wait a second, its not a dribbler, its a small ring current coiling over the lower lip of the missing chunk, nonetheless the tiny black dot in the center of the chunk shows where more is going on than just rubber".
Quipper keeps smiling, she's had them, she'd left the dribble image on the viewers for a couple of minutes and the outsiders had been bending closer and closer looking into the viewers for core juice".
DONE
Click google logo for site search
|
PLANET PARTICLES HOME PAGE High energy particle masses and wavelengths intertwined. Also, solar planet orbits excellently model wavelengths to high accuracy |
|---|
Contact: rhaestarr@yahoo.com