PLANETPARTICLES.COM GALAXIES.HTM PAGE
| SPHERICAL GALAXIES WITH ARMS |
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"Four examples of spherical shaped galaxies with spiral arms. They are spherical because arms arc out at 90 degrees to other arms on all three X Y Z axis, including not collision but marauding by small heavy mass objects in orbit around a big guy".
NGC 1232
"This view of NGC 1232 shows windings spinning off from the kernal core in anti-bylaterial symmetry rules. Anti is because both arms spin off from the core ends, arcing up. Unusual. Not typical. It means that all core end's finger arms arcing up, the other down, is not an absolute principle in galaxy cores".
"The center with very small arms, is in a horizonatal plane, cammed at right angles to arms surrounding the center bandshell made of very thin long streamer arms".
"The hurricane heat circulation has been seriously disturbed. Because of the number of times little Rudolpho the spindle galaxy has orbited around the big guy creating new arm lengths with each orbit, the heat circulation is taking place only within the bright colored core area. Some of the orbits, for instance this current orbit, pass through regions of the galaxy. Orbits have clipped arms, you can see trunkated clubs sticking up dimly in the upper rear".
"Most of the galaxy is in the form of thrust up plates, and the arms lined with ridges shaped like the top of a pyramid. This happens when heat is low and kenetics alone both horizontal and vertical are the driving forces of motions and momentums. Most of the kenetic energy particles (protons, neutrons, molecules) spread out attracted to the densest gravity which is below the arm where galaxy mass is thickest. Ego, pryamid ridged arms, plenty of them, M51 has them for instance, so does M101".
NGC 6951
"Two galaxies have merged at right angles".
"Notice the extreme V cleft in the upper arm. The left uparc receeds, abruptly the rigth outarc issues from behind forward. The abrupt bend is more than 90 degrees acute".
NGC 5236
"Big arm chunks are missing. One of the originals before colliding was a much larger galaxy. The 2D pin cushion look is an illusion. In 3D a lopsided assymetric shape is clearly obvious".
NGC 1512
Long thin arms, in ultra violet, are due to repeat encounters with the small galaxy now close to home in the lower left. It goes to prove once again that small mass compact galaxies can cause major disturbances to galaxies with vastly greater areas".
"More arms that wind at right angles to each other. The little guy lower left is behind the big guy, which is why the little guy has not destroyed arms crossing over the little guy".
"There is something special about this galaxy. The arms are too long. In normal light the arms are so luminescently weak hardly anything can be seen".
"Except, in this next view, you can see in 3D (go crosseyed and merge the side by sides together) how far behind the little guy is from the sleeping beauty's eye, very far".
SLEEPING BEAUTY
"Not withstanding the long arms, the center eye known as the 'Sleeping Beauty' has long facinated astronomers, enough that Hubble has done a special look, which we look at more, as follows, the crappy black and white with center zoomed, shows the sleepy eye topology".
"Hubble's contribution to world astronomy illumination in consciousness; actually, everybody got in on the act, there are 7 combined frequencies, three in infra red, 2 in visible light, and 2 in ultra violet".
"Blunt outjuts protruding forth along the left hem show where angular momentum kenetic excited material is firing out from the center at a different velocity and vector than the rim's properties. An indented hexagram occurs in lilac at a surge end in the top left. Hot behind, is the galaxy eye disk, and cold out front in a face open to space, may have helped sculpt such a well formed hexagram cavity".
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"Here is a galaxy cluster, name unknown, with two arms spinning off, the arms are made of small galaxies. I think these are galaxies, the weak image, from someone's worksheet out there, is too ambiguous to be sure".
"It would not be a hyper active star, none would have arms winding out peppered with bright lights", says Finger Up while slowly tamping coals in his curved carved ivory dutch pipe with a flattening thumb which concentrates the hot coal in a smaller area. "The hot bright dots could be foreground stars over a galaxy's dim arms".
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Mai Lin steps in - missed her flight.
"In pullback full deep space view Ngc 4414 looks very different, the entire right end has been smashed. Residuals of the smasher, also trashed, are seen emerging in medias of different dull colors. Finely defined outer spiral arms are none existent".
"The merged other mass has lost its deep space independent kenetic velocity and seems to be going nowhere it is now part of the galaxy. Gradually, potent forces will reassemble new arms for the right side to create new equilibriums. Most of the merged other galaxy is to the rear, behind. The story of galaxy evolutions continues".
"Gravity waves are seen in the lower left quadrant, in a moire grid of irregular curved lines. Extreme enhancement in blue light is necessary to bring these very low luminant waves into the open".
"I know workings of how such tympanis take place has to be understood in order to know where gravity is not working. Magnetics may be too transient and unstable to lock down such undercurrent engineering structures for long durations, in that the inner core is rotating in its own vectors and faster velocities around the black hole, which induce short term modifications in magnetics, whereas the arm issuing from the tympani is a high pressure jet issuing from the core area below the galaxy surface. It could be a powerful jet which usually shoots into outer empty space above or below a core's black hole, in this instance the jet is shooting through the galaxy and out the side, moving matter along by pushing in front collision scatter, and sucking forward roiled matter from behind by vacuum".
"And, can matter thrusting out the side of a galaxy suck out vacuumed chambers (empty cavities) at the interface where the thrusting matter enters no pressure empty deep space? Rising volcano columns suck up clouds around them by vacuum but never enters the void so we don't know what happens if a volcano column reaches outer space".
"In concidering the tympani's cluster of sucked hollow vacuumed chambers and volcano column, kenetics and angular momentums come to mind. But, how are these self sustaining over long periods of time. Unless, tymps such as these blow in, blow out, in cosmic blinks of an eye. At our time scale, we function in brownian motion speeds compared to galaxies, it is not possible to tell how such tympanis evolve, at this moment in time".
"Reality, of course, knows, but, there are some things Reality does not want us to know at the moment, due to the Earth world's still polluted state of mental congestion, giving answers will only lead to more mayhem in the minds of mentally overplussed men".
"Most galaxy centers are dish shaped. Material in fine streamers strands out across the surface of the dish from the center, to make contact with outer large arms where the outflow slowed by friction and gravity inpull, slows enough for the streamers to loose outhrust kenetics and join the prevaling rotational flow of the arms. Material below the surface where the galaxy is thick, flows back undifferentiated in straitional layers back into the center where it wells up, is spun out, and flows back across the surface of the dish to the outer arms. It is a constant circulation from inner, to outer, back to inner, on the surface against the cold of deep space on the outflow, and back in within the warmth of the galaxy's intense inner body pressures. The motions of course include stars".
"This is the ideal. Each galaxy has kinks and patterns which disrupt the pure flow and in some cases the disruption is enough to create temporary chaos as happens in any kind of collision no matter how minor. The only thing which does not happen much is stars impacting each other like particles in a high energy physics collider, and when stars occasionally do collide, look for the radiation, buried amongst high energy physics byproducts. Gammas rays in spectrum lattices are there".
HURRICAN MODEL FOR GALACTIC MATTER CIRCULATION
"In strong hurricanes on Earth, higher altitude clouds spin out in rooster tails in the opposite direction and curvatures to the hurricane's main area, the high up rooster tail spinning out at a little more than 120 degrees opposite to the motion direction of the hurricane. This models surface (high altitude) verses inner (ground level) movements of pressures and temperatures seeking equilibrium in a dynamically revolving body of mass. In hurricanes, the high altitude clouds are colder in temperature, against outer space, the ground level clouds warm against warm water".
A HURRICANE
"Hurricane named Earl off the south atlantic coast of eastern United states, Sept 2010. It has what galaxies have, when you twist topologies enough that the hole in the handle of a coffee mug is identical to the hole in a donut. I got extra points on the university entrance exams by knowing the answer, read it in Scientific America, the exam was published for universities use a month before the pulication in SA monthly magazine. Scientists call co-incidences like this serendipidy".
"Anti the angular properties by flipping the image and viola! we have a galaxy".
"Such as this one, Ngc 2997".
Image A
Image B"In galaxies the hottest matter is inside flowing back to the core, hot because of frictions. I will defend these visions unless proven wrong", says Mai lin.
"Bar galaxies are different. The outflow matter flows in an upcurl around a core shaft in one direction above the end of the kernal core, and flows downcurling in the opposite direction off the other end of the kernal core. Finger your mini wall pads and look for any images of bar galaxy Ngc 1365, as a prime example of bilateral symmetry in hot-cold flowing matter in intense dynamic situations".
"In the meantime", Mai Lin continues", here is M51's core, the close up still too far out unable to show the intricate windings of the core kernal. The outflow is in stretched chunks in thin line lineal parades, revealing piston pumping at work".
"A thin ski trail by a small fast travelling intruder transverses straight across above the core kernal, the intruder travelling fast enough that the track is hardly curved by attraction toward the core kernal".
"A large intruder has left a noticable trail vertically up between two arms in the rightside coils, you can see the small dark hole where the intruder has punched into the arm. Besides the exit hole, we know the intruder was travelling up to make tracks which have expanded the most at the bottom (not top) of the wedge. This is a rule for all intruder tracks; they iniate where the tracks are widest".
| HEAT FLOW TRANSFER FROM A DAMAGED GALAXY SURFACE |
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NGC 235
"Astronomers have found, it turns out, riser rays passing up in the air over the surface of Ngc 253. It is a difficult image because of haze. We have done our best with it including more than our usual two enhancements for 3D".
"This galaxy looks shaved open by a rough razor blade, the shave across the upper surface cutting the galaxy horizontally gouging areas out of the cross section. Before being opened, this was a much thicker galaxy, residuals of thickness underneath are still dimly visible below the forward leading edge".
NEXT
"3D shows that the streamers are not rising vertically, as the 2 dimensional images above suggest. The streamers are crossing a flattened rim in the rear along the north hem, originating over the lip into the core depression, and are moving accoss the flattened rear deck fast enough that slipstreams sideways in the flattened deck are not breaking all the streamers. These rearwall streamers are heat conductors conducting kenetic heat out of the core".
"The short yellow streamers at center are higher concentrations of heat in creeping outflow from the core, ridging the center depression's core outflow with hot yellow fingers of faster moving matter".
"This is also known as the Sculptor galaxy, in a very dusty place, in a small cluster of a few galaxies not that far from us, 7.5 milion light years away, not as far as the nearest big galaxy cluster the Virgo, 65 million light years away. Sculptor is about half the size of our Milky Way".
"When first spotted long ago observers noted a galaxy looking like it had been sculpted by an ancient greek on speed. In modern terms a jack hammer has gone to work on it. The fact that all of the lines meander backwards, none curl over the foreward rim, suggests some of the scultping is by fierce winds blowing over the surface rearward. The huge chunks missing are by road rodents maurading the sitting duck".
"The fierce winds may be what has sucked out the central depression, leaving the hardest angular kenetics engineered structures intact. The yellow cell walls around the core depression are too steep. The core's depression should not be so deep it should spiral in as in any more serene galaxy. I bet 10 yen this suggestion is more correct than wrong".
"We don't bet", says Occam. "I let a bet remark go by but more than one, no, not in this classroom".
Mai Lin continues.
"The whole rear half of the surface has heat conduction lines creeping over it toward the rearwall beyond the galaxy, the lines cut short they do not continue past the solid rear rim".
"I have taken the liberty of again altering the colors to see the lines more clearly. Believe me these colors work, without them hardly a detail can be seen. More extra blue definately helps".
"Wanna bet this galaxy is loosing heat at an abnormal rate?".
"No bets", says Occam.
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Astronomy Guy has the consul.
"It is a well established fact that gravitational relativity contracts space around a source of gravity. In galaxy centers where the relativity is hot, space is dramatically contracted as you proceed closer in to the black hole core kernal. It means that material is revolving shorter apparent distances in the same period of time, the result, slower rotation, with the outer galaxy areas revolving at a faster speed in perspective".
"Cancel the gravity relativity contraction in the center. Throw a switch, blink the contraction off. The central area expands to normal size where material rotates around a much large area at a faster velocity in the same period of time, with the result that the outer regions appear to be revolving slower in perspective".
"A secret to dark matter is in the gravitational relativy's contractions of space in the center regions of galaxies".
"With relativity contraction switched off, the inner galaxy area and outer regions rotate according to Kepler/Newtonian orbital dynamics. At least, much more correctly to the laws. The absenting of mass in accelarated speed in the outer fringes is not a perfect equation, there are stinky bits still to contend with, conducive to special relativity effects in the speeds of rotations, inner vrs outer, contracting space and increasing apparent mass according to rotational velocities nested in the speed of light's transformation effects".
"Whoah, I'm out of breath, I said that so fast", says Astronomy Guy, twisting the special chalk which cancels the awesome sound effects composed by Rock Starr, and returns to stand along a sidewall where a canvass backpack with stuff bulging out, including laundry, sits on the floor well back from the front of the three story tall auditorium, digs a health bar out of a pocket in the backpack, alas the bar is sticky the wrapper off has much of the bar sticking to it, lick, lick, slowly, lick fingers.
Occam notices and comments; "not everything is perfect in a world still half submerged in the cosmic overplus illusion".
And then, words start scrolling across the giant wall, by a button pushed by Astronomy Guy after the fingers are licked clean. The words continue the relativity presentation.
"As for doppler shifts, no mystery. Watch this. Since the core is contracted, the same amount of frequency vibration is passing out through a shorter distance per unit of time, resulting in blue shift. At the same time, gravity is slowing light, so the light leaving the core takes longer to crawl out of the gravity, resulting in red shift. The red shift by light slowed, equals the blue shift caused by shortened space. The net result is zero doppler shift change, ideally. Expect little critters to spoil the ideal equations from pure 1 equals 1, but hardly by much do little critters spoil the 1 equals 1 knowledge".
"Does gravitational relativity have an effect on frequency. Not directly. Frequency is a measure of vibe rate and distance per unit of time and both distance (contracted) and time (Slowed) are counter commanded. The result is a gravity looking in the same red shift in the core as in the outer regions".
This time, the giant wall goes blank after the words are finished. A blue hue fills the room, then a red hue, then the two combine and the room is back to normal colors of light".
"Awesome", says one of the audience spectators, who's perception reflexes were fast enough to see red hues passing through blue hues without combining, since both hues were coming from different causes and each had a distinct different event in physics, making the two colors two distinctly different phenomenas, even though they both looked the same to ordinary measuring devices and human eyesight. The difference is that in one color the first half of the wavelength is longer than the second half, in the other color it is reversed, the first wavelength half is shorter, the second longer. When added together, both halves seem the same unless attention is paid to the short vrs long halfwave inputs.
A wavelength coming out of contracted space has the front end in less gravity, less contraction, and is longer. The wavelength coming out of slowed speed of light has increased speed, shorter time, is shorter, as the wavelength moves out of gravity, the front half in less gravity.
This information appeared on everyone's mini consol pads, shortly after the long word 'awesome'.
Greatstarr is seen busily typing at the consul. Greatstarr is able to type at the same speed at which Greatstarr forms thoughts, which is why the typing is flawless the first time out and not a single word has to be changed. Greatstarr types at a speed slower than a professional typist with very few pauses awaiting arrival of the next words in thought, translating from 5th dimensional Reality perceptions into Earthworld 3rd dimensional english, not an easy task which is why so few can do it off the cuff. This last news is by Occam now standing alongside Greatstarr.
Greatstarr continues typing:
In both cases, the wavelength's energy does not change, there is no change in the energy. The photon per se is not being attracted toward the side of the sun either. The Sun itself has contracted space around itself, into which the photon moves approaching the edge of the Sun. The photon seeming to shift sideways toward the Sun the closer the photon gets to the Sun, is the photon entering diminished space. The only possible consequence is the photon displaces sideways toward the Sun the closer the photon gets to the Sun and the Sun's collapsed space. The space around the Sun is universally diminished.
The Sun's collapsing of space by gravity reaches all the way out to the edge of the universe however only close in deep within the solar system is the collapsing in space most powerful. In the overall, the collapse around the Sun, in total, at the Sun's surface, is roughly the radius of a common small asteroid of 13 kilometers from edge to center. All stars and galaxies relativitistically haul in contracted space around themselves because of the gravity. The true size of the universe is measurably larger should relativity gravity space contraction be switched off. Blink. More.
Astronomy Guy kicks in typing from a sitting position against the sidewall, elbow propped on the backback.
Astronomy Guy types: we are still absent explanation as to why space is so seriously contracted in the center of galaxies, witness the few centers seen in this presentation, the centers are deep, spiralling down into a profoundly deep gravity well. It means the light coming out from the center cores is seriously contracted, the closer to the actual center the more the contraction. Light coming out has its wavelengths contracted, yet the light does not seem distorted or shifted in spectrascopes it seems normal. So, what is causing the illusion of increasing deep gravity well spiralling down deeper, and deeper, the closer a zoom amplifies the innermost core areas?
Here next are four examples of deep gravity wells. Notice of course that different concentrations of color, blue and red are exampled, dramatically change appearances at the core. Of interest, green frequencies seem extra powerful in astronomy images. Just a few points (+10 to +12) of green enhancement can totally obliterate details in an image. Whereas blue is weakest, (+100) and again (+100) can be added to some images without obscuring details.
In fact, reducing red and green by just (-8 or -10) and increasing blue by about (+10) can give you a look right into the core's innermost heat outflow fingerlines that spin off from both end of the core. These are the simple adjustments used in the following core images.
IN THE CENTER OF M51
Right slant angle.
aLeft slant angle.
bNo slant angle.
cThe lower right is slightly higher. Meaning the galaxy is slightly cammed to the north west, relative to the telescope.
IN THE CENTER OF M100
Left slant angle.
dRight slant angle.
eNo slant angle. The M100 core is slightly canted rising on the left, down on the right, when the telescope is looking straight down on the core. Slight image shifts (+2) points left side, (-2) points right side, (-2) points left hight, (+2) points right side hight, engage more of the intrinsic 3D, these image shifts are trivial, but work.
fGreatstarr steps in speaking through amplification at the consul, a huge voice vibrating with ionnic power (it means the voice is also amplified interdimensionally) to say: "why are we showing three images not one? Slant angles dramatically improve 3D stereo with the qualifyer that the image can be artificially biased sideways. Slant angle is the same as looking straight into a mirror tilted sideways".
"The second image with opposite slant angle shows bias from the opposite direction. And the third image with no slant angle shows the image as is, in reduced 3D. The three images in combination tell you the true look, for instance when the galaxy, seemingly a face on spiral, is actually slanted relative to the camera. You cannot access true mass amount and other properties without knowing how the galaxy spreads out in space, either across, or slanted into distance. What is seen is that even maximum slant angle viewing is still showing an approximately correct actual real slant in deep space for a galaxy".
For instance M64 next, is rolled on its side, the upper right end is in deep space away from the camera. An extra energic spume issuing laterally from out the right side arcs up high. This is correct. First thing you know is that here is a great amount of more mass than any 2D image can tell you. Carry on".
IN THE CENTER OF M64
One in red this time.
gLeft slant angle.
hRight slant angle. Looks more tilted the right side higher, this is correct.
iNo slant angle. The main core bowl upflare in M64 is on the right side.
jAnyone who takes a look at the M63 original by Hubble, will know how skillfull we are here at astronomy headquarters in coaxing significant salient details out of stubborn internationally released pro images, writes Astronomy Guy, typing so fast against the sidewall not a single typo or word needs to be changed.
IN THE CENTER OF NGC 4414
kLeft slant angle.
lRight slant angle. Left and right image sizes are reversed.
mNo slant angle. The main upthrust is across the bottom.
nNgc 4414 is slighly rolled along a diagonal from south east to north west, rolling away from the camera, the lower south east end is closest to the camera, the view of the core is thus quite squeezed. This is obvious but needs to be stated for anyone who has fallen asleep and gets wrong ideas daydreaming. Shaped like a mussle shell, estimates of the mussle shell's mass are inherently wrong. Yu gotta roll er to the left to get the oyster shell view, then you can start estimating mass, bearing in mind also the depth of the understructure, which is deep.
"Lunch", says Occam. You've guessed it. Lunch is spagetti loaded with coloured spagetti constants. Included is a sliced open hard boiled egg in the center of each plate, the egg landing at angles in the nest of surrounding spagetti heaped more on one side than the other on the plate.
"Occam adds:, "it is rare you will see a galaxy fully face on to the telescope. And even then, bilateral symmetries distort the X Y Z axis planes, with intrinsic slant angles revealed by three-way slant angle viewing".
Remaining behind on the giant wall as everyone departs for the feast, is a larger partial view of M100 showing how tilted rearward this galaxy actually is, relative to the camera. Two enhanced veiws were up, as usual, in this instance slowly replacing views every 15 seconds so that anyone watching can see distinct differences in highlighted salient features in the galaxy in the strobing between the different slant angles, image densities, and brightnesses.
M100
oRight slant angle.
pLeft slant angle.
qNo slant angle.
rWords across the bottom of the wall, accompany the images. Thge words red: in this section of M100 the predominant slants are upward away, and rolled slightly to the right.
NGC 4603
"This is the full size of the picture, cropped".
Original
There is much more to this galaxy, seen only in crude rough draft
Right slant angle.
sLeft slant angle.
tNo slant angle.
uThe words say: this is the only friendly view of Ngc 4603. It lacks small salient details, which is why the intrinsic virtual 3D is diminished, it has not awesome 3D show'n'tell. From the 3D, we do know that unlike the other's shown in this presentation, this galaxy has a long cylander body extending rearward into depth on the right hand side. At least five thick arms are extending into depth to the rear.
NGC 660
"An image by Gendler captioned 'correct oriention' offers opportunity to test both virtual slant angle stereo, and illusional effects against a galaxy's true topology, via re-orientation of a hard copy image fixed permenently in time in a photograph, where optical illusion rules (innies vrs outies) fool the viewer with ideas that are fantasies".
Original
Enhanced by us"Topology is as follows: a deep cleft fold in the middle folding toward the center, left side a prominent outpush, disturbed right side pushing out also. A furious straight line slash angles upward into the rear on the right side, all of course, in your face, scream collision, and galaxy evolution".
1Left slant angle.
2Right slant angle.
3No slant angle - most similar to right slant angle.
4"IMAGE INVERSAL, IMAGE IS ROTATED 180 DEGREES - no change in opticals. Innies and outies seem the same. The left side protrudes more so this is a distortion in view".
Left slant angle.
5Right slant angle.
6No slant angle - most similar to right slant angle.
7"FLIPPED AFTER ROTATION - still no change in opticals".
"Innies and outies seem the same".
Left slant angle.
8Right slant angle.
9No slant angle - most similar to right slant angle.
10"ORIGINAL TRUE ORIENTATION FLIPPED".
"Innies and outies seem the same".
Left slant angle.
11Right slant angle.
12No slant angle - most similar to right slant angle.
13"The resident topology of Ngc 600 is flattish".
NGC 5236
"In the case of Ngc 5236 (M83), a global spherical round galaxy, appearances change completely in topological re-alighnments".
Image 1 
Image 2 (flipped)
Image 3 (rotated 180 degrees)"For instance, the deep inset center in Image 1, becomes an outie in Image 2 (flipped), even more of an outie in Image 3 (rotated 180 degrees)".
"It means that orientations, true vrs false, are fundamentally important in understanding a galaxy, particularly in galaxies which are globally round not flattish".
"The galaxy's most salient feature, the rattlesnake's tail sticking out near the dribbling dobbler at the bottom of Image 1, cannot be seen as salient in either of Images 2 and 3, in fact, you have to determine the rattlesnake's re-oriented location, you simply do not see it otherwise. Arms arcing away in Image 1 arc forward in Images 2 and 3. And so on".
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