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Ultracold Lab Atom Patterns Matches CMB Explainable By Electromagnetic Plasma Big Bang Cosmology

The Big bang was an electromagnetic plasma shock wave near absolute zero temperature. Ultracold atom lab results by Chin match the CMB patterns, to prove that gravity did not compact everything together into a theoretically required hot singularity. The big bang was not hot, and practically everything purported about it is wrong. Dark energy cannot be real without a hot big bang.
 All atoms become collective behaving as friction free superconductors of electricity at their own particular extremely low temperature. Electromagnetism was ruling and shaping everything before the big bang even happened. Magnetic charges in magnetricity are always found in equal ratio amounts to electric charges, that are common in outer space as complex plasmas. Magnetic currents likely causes the observable gravitational pull or pseudo force in special relativity, that pulls everything towards the inferred spinning objects center of charge or mass.

CMB anomalies are colder regions where very cold thin vast gaseous filaments, called the mysterious cold spots, anciently preexisted the big bang 

 A sudden phase change triggered the Big bang, and the best way to find the answers is to start by identifying those atomic elements. Gaseous into superfluid He4, and the super solid phase change, results by helium crystallization under varying temperatures, pressures, and magnetic field strengths. He4 fluid motions are collective and extremely difficult to detect in labs. He4 comprised black holes mathematically analog and mimic real or unreal black holes. Abundant gaseous helium most certainly will condense, crystallize, spin, and produce strong magnetic fields and vortex structures, just as galaxies do with AGN centers under similar conditions. Collisions between cold and hot gaseous clouds create charges that form Birkeland currents that magnetically confines plasma vortex filaments, producing planetary lightning, electricity, magnetic fields, and terrestial gamma rays. Cold molecular filamentary clouds interact with warmer dusty regions to form and shape galaxies, and cosmic phenomena. Superfluid helium mimics and analogs in labs all phenomena produced from those phony gravitational black holes.

 Fictional black holes do not even eat hot gas, but feed and thrive on extremely cold gas. That’s why our milky ways spinning black hole is something like a superfluid behaving complex plasma largely comprised of helium 3 and 4. Atractive accretion or dispersion of cold superfluid droplets resemble the fractal vortex spray of atoms comprising the spinning filamentary cosmic web of the universe.  Very little hot gas is actually close to the black hole, defying gravity theories of hot gas contracting to the center. Scientist’s findings are that less than 1 percent of hot gas is being eaten by our galaxy. All the radiation and phenomena arises outside the center of the galaxy, in the accretion disk. Extremely low energy output of Sag A is because gravity does not form black holes. Dogmatic institutional scientists cannot accept change of ancient gravity theories of Newton and Einstein. 

A pulsar just 1/3 light year away from the milky ways black hole Sag A, has a magnetic field of 2.6 milligauss. Scientists say that the magnetic field prevents a black hole from consuming matter. They also say that the magnetic field could be 200 gauss next to the black hole.  In other words, magnetic fields alone at the galaxy center can explain away gravitational black holes.

3D Galaxy Structures Dismissed Away by NASA and ESO as a Cosmic Optical Illusional Alignment

Intergalactic Vortex Filaments

Both galaxies and stars form and are connected together like beads on filamentary plasma strings. Stars form inside characteristic width light year sized filaments. Intergalactic filaments span tens to hundreds of millions of light years across. The supercluster filament of the Sloan Great Wall spans 4.3 billion light years in distance. The thickness of filaments is extremely smaller than how vast and long they are. Only favorable alignments allow seeing through vast filaments, revealing large scale three dimensional fractal structures. Stars hop galaxies travelling inside filaments, as do ancient globular clusters and roque planets. Stars even trade free roaming roque planets. This is a fortunate 3D spacial oriented alignment for our perspective view from earth. Light emissions show information about the structure of galaxies.  IN NO WAY IS THIS A COSMIC ILLUSION.   Galaxies are made out of stars. We can clearly see that the two galaxies are not going to collide because the stars travel paths that are not collisional, but follow orbits along electromagnetic shaping vortex structures.


Galaxy NGC 3783 Central AGN Streams Out A Cool Dusty Wind Challenging AGN Models and the Inferred Existence of Phony Black Holes

Eso’s Paranal Observatory in Chile has found huge amounts of room temperature dust both above and below the main torus of galaxy NGC 3783. The researchers suspect from the observations that dust is flowing outwards and being evacuated from the “black hole” or AGN central region, as a cool dusty wind. With proof that dust is being expelled from a black hole, new AGN models are necessary, and the deepening black hole paradigm shift intensifies.

ESO Scientists Discover That Black Hole Theory Blows a Cool Dusty Wind
This was the first mid-infrared observations of cool room temperature dust around an AGN, that was combined with very hot incoming dust. The world has strong evidence that black holes are not real, because hot incoming gas flows towards an inferred galaxy center, and cooler dust and gas exits the center region.

Cosmic dust consists of silicate and graphite grains. These compounds make ideal metamaterials for superconducting electricity and producing the enormous magnetic field of the galaxy.

Skyrmion Crystals and Magnetic Vortices Could be the Quantum Lattice of the Universe

Skyrmions align with a magnetic field in many kinds of ferromagnetic metamaterials yet to be discovered. The discovery of room temperature skyrmions means that they are everywhere, and constantly emerge and merge together naturally by forces of nature, in nanoscale and cosmic scale metamaterials structuring galaxies in the universe by electromagnetism. Skyrmions are magnetic vortex state swirls that form a crystal lattice. Monopoles of anti-matter spiral along magnetic field lines by 3-D vortex rotation. Anti-matter and matter together could be the fourth dimension of time, where both the past and future can arise or vanish, inside and outside innumerably many three dimensional skyrmion lattices. Every particle has it’s anti-particle. Lattices usually are shaped differently by their symmetry for different molecules.

Skyrmion Vortex Galaxy Model

Ferromagnetic hot gaseous iron, which is ejected by supernovas, was discovered in 2008 to be a superconductor of electricity. Red colored iron in galactic ejection jets originates outside the accretion disk. The accretion disk rotates in a plasma skyrmion vortex. Stellar orbits around the galaxy are “locked in place” at a distance from the center by magnetic levitation above the accretion disk of a “black hole” comprised of superfluid helium. M.I.T. has proven magnetic levitation is anti-gravity by using mathematical equations. The colder the black hole, the larger it is, with higher helium purity. Only the accretion disk can be observed in all black holes, revealing that it’s entirely an electromagnetic phenomena. 

X-rays and Jets

The broad iron K line X-ray emission is the accepted spectral signature of a rotating black hole, and the source hovers at some height above the accretion disk, says Chris Reynolds.  Supernovas eject iron and a galaxy is a collective organization of plasma stars, gases, and dusts.

Birkeland Currents analog Magnetic Vortices

The Milky Way’s central region transports 10^55 Ergs of  magnetic energy outwards into the galactic halo, shows Carretti. Magnetized outflows follow the magnetic field lines. This enormous amount of magnetic energy is highly efficient at organizing cosmic scale nano-structures in cold vacuum, like in labs. That’s 10 to the 55th power of magnetic energy in Ergs, which is genuine scientific evidence far more pertinent than all the dark matter cosmologies not using it. Any cosmology must explain it by using electromagnetism, instead of resorting to inventing theoretical dark matter and dark energy. The mysterious cold spots in the CMB are far older than the big-bang event, absurdly labeled as the birth of the universe by star formation minutes afterwards. Stars require cold dense gaseous filaments to condense, which are the enormous vast cold spots in the CMB that preexisted the Big-bang. 

The Milky Way’s bubble of magnetic energy is equivalent to 100,000 supernovas, and most galaxies are nearby other galaxies in the universe.

Buckyballs flourish in outer space, and are ideal electromagnetic metamaterials.  Silicene is silicon that mimics the properties of graphene. Overlapping together different atoms into single atom thick layers produces profoundly new properties in labs and outer space. Membranes surround galaxies. 

Galaxy IC342 Membrane of Carbon Nanotubes, Buckyballs, and other combinations of Metamaterials
Buckyballs stacked like crates of oranges

Hydrogen Atom’s Energy Waves are Self-Similar to Solar Systems and Galaxies

Hydrogen Atoms Imaged by Taking Snapshots of Electrons Mathematically Analog the Solar System’s Trojan Asteroids Orbiting the Sun, and Mysterious Rings That Surround Galaxies

Ring Galaxy

A hydrogen nucleus (proton) with many different orbiting electron(s) has a self-similar fractal structure, that analogs the structure of the solar system, and a galaxy. 99.8 % of atoms in the universe are hydrogen.
Quantum Microscope Films Hydrogen Atom

Penumbra of a dense plasma focus by 174,000 amps of electric current

Sunny side up orientation view of a spiral galaxy

Trojan asteroids orbiting the sun mathematically analog an atom’s electrons

Accretion of Dust

Solar system bubble

 Self-similar organization by fractal hierarchy – Planetary Magnetospheres, Solar system bubble, supernova bubble, local group bubble, galactic bubble, and galaxy cluster bubbles.
Supernovas eject both hot and cold clumps of matter. The solar system is believed to have formed by a supernova. Stars form in cold dense regions inside filaments. A galaxy is a collective supernova phenomena.

The Crab Nebula supernova near Earth ejects relativistic magnetized hot and cold particles that follow the magnetic field lines of the Milky Way, leading into the galactic jet of electricity and Birkeland currents. Galactic jets and Birkeland currents are almost entirely responsible for the galaxy’s rotation and formation of it’s magnetic field.

Collisional galaxies are also called “interacting galaxies” and have enormous amounts of  supernovas producing strong plasma winds and magnetic shock pulses known as Alfven waves. When a star goes supernova it produces as much radiation in a few thousand years that  equals it’s lifetime.  

<—Supernova in lower right image
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                                                          Bubbles & Jets    Protostar protoplanetary disk / Ring galaxy
Protoplanetary disk of protostar J 1604
Dying red giant Betelgeuse

Magnetosphere 3D animation

Holographic Hydrogen Atom

Black Holes Grow Mass by Feeding on Swirling Dense Cold Gaseous Filaments Containing Superfluid Helium

Kyle Stewart’s computer simulation shows how Galaxies grow by feeding on cold gas swirling into the theoretically inferred singularity region at the galactic core center. Stars form by condensation inside cold filaments, especially near galaxy centers. Stewart writes that “Galaxies came to be from bits of matter that were connected together by filaments.” Cold gas follows the filaments and flows into the galaxy center faster than previously believed, and dark matter also funnels faster than previously believed into the galaxy center along the filaments. It’s just as if the cold magnetized plasma gaseous filaments actually produce their need for inventing and attaching a dark matter gravitational force. Cold filaments containing single atom thick liquid helium atoms have inherent magnetic levitation phenomena, that can fully refute and explain away the problematic dark matter mystery and gravitational singularity.

Cold Gas Filaments Swirl Into a Singularity to Feed Growing “Black Holes” finds Kyle Stewart.

Cold Fronts Shape the Formation of Galaxies – Plasma astrophysics
“Sloshing Cold Fronts in Galaxy Groups like IC 1860 Shape New Formation Models”

Video: Quantum Vortices in Superfluid Helium mathematically analogs relativity, mimicking gravitational black hole physics. Cosmic scale self-similar galactic filaments are in a vortex state, that compares to the physics of quantum vortices in superfluid helium. Magnetic levitation phenomena of superfluid helium is well demonstrated in labs. Cold filaments connect to spinning galaxy superfluid core regions shaping cosmic phenomena by magnetic fields, instead of by dark matter and black holes. Quantum vortices carry the angular momentum of the superfluid, and are theoretically similar to a superconductor’s flux lines that carry the magnetic field created by electric current traveling through them. Electromagnetism shapes the Universe.

Spiraling Cold Gas Funnels Into Theoretically Unseen Black Holes. Helium-4 atoms condensing into a superfluid inside filaments behave as a single collective entity that constituents the spinning black hole core region.

The Hot Air Goes Out of Gravitational Theory Forming Galaxies 

The previous standard gravity model of galaxy formation held that hot gas sank inwards into the centers of galaxies from all directions and got hotter. Cold-Mode theory shows gas is not being heated by gravitational contraction and collapse. New cosmological models require the existence of superfluid helium as constituents for the formation of stars and galactic black hole inferred centers. The phase change of liquid to superfluid helium just below 2.17 degrees Kelvin involves no latent heat, nor any specific volume change. No heat is released by the cold gaseous filament during the phase change of helium.

Black Holes as Monopoles of Magnetic Charge in the Universe

A Black Hole Singularity models a Holographic Magnetic Charged Monopole

Black and white hole monopoles animation

A Holographic Universe of Monopoles 

Monopole HOLOGRAMS in 4 Dimensional Spacetime

The flow of magnetic monopoles is the magnetic equivalent of electricity in Magnetricity. Electric charges in plasma analogs a monopole plasma containing magnetic charge. Magnetic charge can flow like electric charge. Quasi-particles of magnetic charge moving collectively shape galaxies, creating a magnetic current similar to the electric current, but by moving electrons. Separate pockets of magnetic charge, along with electric charges, have amplified effects throughout the cold vacuum of the universe. Galactic magnetic fields energize and accelerate monopoles throughout the vacuum of intergalactic space. So far, only spin ice crystals have been measured to have perfect symmetry between electricity and magnetism (magnetricity). 

Holographic string theory has innumerably many finite mass monopoles. The monopole singularity is a black hole. Black holes having large magnetic charge and mass have equal amounts. According to Purcell, the sun’s total monopoles are ~10^26, and produce a colder central core region, explaining away the problematical gravity sun fusion models. The calculable net flux of monopoles from all stars in our milky way galaxy is about 10^28 monopoles per year. 

Dirac Strings as cosmic plasma filaments without attached dark matter components connecting galaxies together by magnetic currents to form the fractal filamentary web of the universe. 

Monopoles are their own anti-particles of anti-matter. Ordinary matter is neutral dipoles. A north monopole will mutually annihilate a south monopole. Dirac strings are vast cosmic filaments that connect together monopoles of opposite charge. Monopoles are small separate pockets of magnetic charge. Anti-matter is opposite spin or opposite charge. Both a monopole and an electric charge have spin, charge, and angular momentum, even at their ground state. The Dirac monopole is a topological defect, like in superconducting metamaterials. 

 Anti-matter Galaxies and Planets

 Monopole Planets and Galaxies by N.S. Manton

Spherical clusters of monopoles generalize the Bolognesi magnetic bag solution of the same charge, when selected density profiles give structures analogous to planets of uniform density, and galaxies with a density decaying as the inverse square of the distance from the center. The Bolognesi magnetic bag itself has features analogous to a black hole. Certain exact platonic monopoles of small charge have sizes and other features consistent with what is expected for magnetic bags, and cosmic plasma bubbles.

All particles ever observed have equal ratios of magnetic charge to electric charge.

Monopoles Explain Gravity by Magnetic Currents

 A monopole helical vortex in spin ice lapses back by a specific Coulomb phase-transition, becoming locked into magnetically neutral dipoles at extremely low temperatures. Ordinary matter is neutral dipoles, and monopoles are anti-matter. This process resembles black holes trapping monopoles at galaxy centers, involving a phase transition of superfluid and supersolid helium 4. Charged ion complexes organize the surface of liquid helium by helical vortex structuring.

A magnetic dipole arises spontaneously in monopoles near absolute zero temperatures in spin ice. Black holes are very near absolute zero, but are only postulated and inferred to exist. Room temperature monopoles have also been discovered by using tiny magnets in  a vacuum, called artificial spin ice, that supplies strong evidence for extrapolating that monopoles are everywhere in the universe.

Galaxies have square arms and geometric shapes because of monopoles.

Spinning magnetized plasma bubbles, are formed and shaped by the magnetic charges of “Magnetricity”. Solar system bubbles, supernova bubbles, galaxy bubbles, galaxy cluster bubbles, are electromagnetic plasma phenomena. Electric and magnetic fields, together with electric and magnetic currents, rule and shape everything in the universe that’s composed of over 99.9% plasma, minus at least 15% liquid and solid hydrogen and helium clearly substantiated to exist, overall grossly behaving as plasma and gravitational black holes.

Supernova Bubbles are largely formed and shaped by Magnetricity

Vela Pulsar

Magnetar magnetic fields are organized into a dipole just like a bar magnet. Disruptions in the magnetic field by monopoles likely cause polar outbursts. Emissions are created at the poles where the magnetic fields bundle together into Birkeland currents. Anti-matter / matter interactions are believed to produce extreme amounts of X-rays and radio waves.  Mori says “electrons and positrons swirling in twisted magnetic field lines bundled at the magnetar’s poles produce X-rays and radio waves.

Magnetars are dipoles that interact with anti-matter monopoles

   Dipole Galaxies :

dipolar jets

Bar magnet dipole galaxies

Monopole interaction

Monopoles and Dipoles are both inseparable transitional phase states
dipole polar jets

“Interacting Galaxies” are explainable by phase transitions of monopoles and dipoles.

Dipolar symmetrical Jets

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