Next, let me show you a crude model of the Plutonium Atom Totality with its Proton Torus and Muons inside doing a Faraday law. This picture was conceived by me after 2017 when I discovered the true electron of atoms is the muon, not the 0.5MeV particle and had a function of being involved in a Faraday law-structure being inside a huge proton torus with rings of 94 x 840 =78,960 Rings in all. The muons form a chain of 94 x 105=9,870 Rings.This crude model is just for education sake.pppThat model is not even a hydrogen atom for I would need the proton torus to be 840 rings of 1MeV each and the single muon inside of 105 rings of 1MeV each, in order to produce Maximum electricity as the muons act as a bar magnet would be a long ellipse that goes perpendicular to the proton torus and stretches completely along the inside of the torus, not sure but I suspect.Still, I would need to account for the Caltech Single Ring in 3rd layer.And it is here that I run into the enormous difficulty that the Caltech Ring derived from Doppler Red Shift, is highly questionable. I do not accept nor believe redshift of light has anything to do with recession of galaxies, but rather has something to do with the curvature of the Cosmos, as if the Cosmos is gigantic round prism. And where redshift is where light is bent the most and could be nearby, rather than a far distance away.In the past decade from 2017 to 2026, being a trained mathematician, I proffered the guess, that even if you have a screwed-up Doppler Redshift doing the mapping, that if the Cosmos was these proton torus, muon rings, neutron rings as capacitors, and even if the redshift had nothing to do with the distance away or the speed of galaxies, that the application of redshift would leave always at least One Cosmic Ring. And I endeavored after 2017 in a technique of scooting around galaxies to see if I could come up with 5 Rings instead of the plain just 1 Ring.Tonight I have increased my experimentation on nailing down what the Doppler Redshift really is with new experiments. I did experiments with corrugated translucent fiberglass on oncoming car headlights and found a slight redshift, even though the cars were speeding towards me which should have been a blue shift, not red shift. Trouble with that experiment is that the fiberglass is not clear but seems to have a tint to it and that tint may have caused the red shift.EXPERIMENT #2 to figure out Doppler Redshift--------------------------------------------------------------------------
My new experiment involves a tree lamp of many varieties of bulbs-- 5 bulbs in all some almost pure white, some more yellowish and holding a glass prism to my eyes and looking not directly at the lamps themselves but looking at the lamps reflecting from a distant mirror. What I find, which is fascinating is that the pure white lamps are all blue shifted, while the old type of bulbs that are yellowish light are red shifted. Mind you, there is no motion whatsoever in me or the lamps.
The Cosmic Web - Figure 1 beautifully unveils the background extragalactic sky from the obscuring foreground Milky Way. Galaxies are color-coded by their inferred redshift (or distance from the Sun), thereby providing depth to the surface distribution of galaxies. Large-scale structures are clearly discerned, from the Local Supercluster (Virgo/Hydra/Centaurus) to the Perseus-Pisces (P-P) and Pavo-Indus (P-I) superclusters. (Figure 2, a key to the large scale structures). Probing orthogonal to this 3-D surface reveals the redshift distibution along the line of sight; an example is shown in Figure 10 for the Shapley Concentration (discussed below).

Figure 10. Redshift slice of the Shapley Concentration region, extending to the limit of the 2MASS galaxy catalog, z ~ 0.1 (400 Mpc). The equatorial RA slice is 90 deg between a declination boundary of -36.5° < Dec < -26.5°. The points are color-coded by redshift (see Figure 1). The "finger of god" radial velocity artifacts trace galaxy clusters, including Abell 3558 (center, yellow). The Hydra-Cen supercluster is foreground (blue fingers) to the Shapley Concentration.
As seen in Figure 1, a continuous chain of structures seems to wrap around Hydra/Virgo, up to Coma to the north, through Hercules to the east, down through P-P and around to P-I to the west, then extending up through the ZoA into the Shapley concentration. This is more easily seen when each redshift layer is shown separately; Figure 11.

Figure 11. 2MASS galaxy distribution separated by redshift layer. The color scheme, when combined, creates the panorama shown in Figure 1.
Honestly, I would say the 2nd, 3rd, 4th, 5th, 6th layers all have resemblance to 3rd layer. And this would indicate that we can observe at minimum, 5 cosmic ribs of 10 rings.
p
In cosmology, galaxy filaments are the largest known structures in the universe, consisting of walls of galactic superclusters. These massive, thread-like formations can commonly reach 50 to 80 megaparsecs (160 to 260 megalight-years)—with the largest found to date being Quipu (400 megaparsecs),[1][2] and possibly the still unconfirmed Hercules–Corona Borealis Great Wall at around 3 gigaparsecs (9.8 Gly) in length—and form the boundaries between voids.[3] Due to the accelerating expansion of the universe, the individual clusters of gravitationally bound galaxiesthat make up galaxy filaments are moving away from each other at an accelerated rate; in the far future they will dissolve.[4]
Galaxy filaments form the cosmic weband define the overall structure of the observable universe.[5][6][7]
Discovery of structures larger than superclusters began in the late 1980s. In 1987, astronomer R. Brent Tully of the University of Hawaii's Institute of Astronomy identified what he called the Pisces–Cetus Supercluster Complex. The CfA2 Great Wall was discovered in 1989,[8] followed by the Sloan Great Wall in 2003.[9]
In January 2013, researchers led by Roger Clowes of the University of Central Lancashire announced the discovery of a large quasar group, the Huge-LQG, which dwarfs previously discovered galaxy filaments in size.[10] In November 2013, using gamma-ray bursts as reference points, astronomers discovered the Hercules–Corona Borealis Great Wall, an extremely large filament measuring more than 10 billion light-years across.[11][12][13]
The filament subtype of filaments have roughly similar major and minor axes in cross-section, along the lengthwise axis.
Filaments of galaxiesThe galaxy wall subtype of filaments have a significantly greater major axis than minor axis in cross-section, along the lengthwise axis.
Walls of galaxies
The Universe within 500 million light years, showing the nearest galaxy wallsLarge quasar groups (LQGs) are some of the largest structures known.[33] They are theorized to be protohyperclusters/proto-supercluster-complexes/galaxy filament precursors.[34]
Large quasar groupsLook carefully below at the picture of the "The Universe within 1 billion light-years" for in that picture we can say our observable universe is a circle ring and within that ring from a clock perspective at about 12:07 to then 12:37 at a diagonal is a dense line of galaxies-- which I reckon to be a Cosmic Muon, a ring inside a ring.
The first indications of a deviation from uniform expansion of the universe were reported in 1973 and again in 1978. The location of the Great Attractor was finally determined in 1986: It is situated at a distance of somewhere between 150 and 250 Mly (million light-years) (47–79 Mpc), the larger being the most recent estimate, away from the Milky Way, in the direction of the constellations Triangulum Australe (The Southern Triangle) and Norma (The Carpenter's Square).[10] While objects in that direction lie in the Zone of Avoidance (the part of the night sky obscured by the Milky Way galaxy) and are thus difficult to study with visible wavelengths, X-ray observations have revealed that region of space to be dominated by the Norma Cluster (ACO 3627),[11][12] a massive cluster of galaxies containing a preponderance of large, old galaxies, many of which are colliding with their neighbours and radiating large amounts of radio waves.
In 1992, much of the apparent signal of the Great Attractor was attributed to a statistical effect called Malmquist bias.[13] In 2005, astronomers conducting an X-ray survey of part of the sky known as the Clusters in the Zone of Avoidance (CIZA) project reported that the Great Attractor was actually only one tenth the mass that scientists had originally estimated. The survey also confirmed earlier theories that the Milky Way galaxy is in fact being pulled toward a much more massive cluster of galaxies near the Shapley Supercluster, which lies beyond the Great Attractor, and which is called the Shapley Attractor.
--- end quoting Wikipedia---
Sorry, but, this mapping is not in agreement with the next mapping, and using a Hour Clock 12 as true north, 6 as true south we see Persius Pisces at 8 in both pictures but see Corona Borealis as 11 in the picture below and then see it at 2 in the following picture. We see Horologium at 5 in the picture below and in the following picture see it at 7. We see the Shapley in the same spot in both pictures. We see Shapley and Perseus Pisces in the same spot but see Corona Borealis and Horologium-- each switched by 90 degrees--. I am trying to think it is a perspective issue but come to the conclusion it is a mistake.

I have been looking around all day today for a description of how astronomers determine the speed of galaxies.
They are all over the map on galactic speeds. One web site claims stars traveling at 2 times the speed of Light.AI Overview claims the Milky Way galaxy is between 370 to 550 km/second.One web site claims distant galaxies are speeding along at 750 km/second.
The Sun is claimed to be moving at 230km/second.
The speed of Light is 3*10^8 meters/sec which would be 3*10^5 km/second.So that a galaxy velocity of 750 km/s would be 300,000/750 =400 or 1/400 the speed of Light.Remember, nothing can travel faster than the speed of Light.AP is looking for a physics constant that would restrict galaxy and star speeds. For it is just plain commonsense that if a star is moving rapidly it would just break up or leave half the star behind.The Neutron is 945MeV rest mass.
The magnetic monopole (which dumb old professors thought was the electron of Atoms) is 0.5MeV.
The addition of Proton torus with Muon inside is another 945MeV.When we double the magnetic monopole we have 1MeV and a Neutron is 945 rings of 1MeV.So we have 1/945 of the Speed of Light and we have double that to 1/1890 the speed of Light.300,000/ 945=317.46 and 300,000/ 1890 =158.73
Is 159km/second the maximum Cosmic speed for planets going around a star????AP, King of Science