Largest Gas Cloud Discovery Entirely Based Upon Quasars Being Distant Small Luminous Objects

 The cloud's size was "linear projected" to be 460 kiloparsecs, or about 2 million light years across, because the illuminated gas cloud is near quasar UM 287, which is believed to be 10 billion light years away from earth. This requires the cloud to be 10 times more massive than predicted to be so luminous. This amounts to over exaggerated speculation seeing undiscernably unclear cosmic web filaments for the first time.

The gas cloud is illuminated by the nearby quasar UM 287.  According to Halton Arp, leaders in plasma cosmology, and the Electric Universe Thunderbolts, quasars are not really so distant. All the mysteries are explained if a common nearby intergalactic gas cloud is not really the largest found, nor mysteriously bright, nor require ten times more missing gas if it's a filament of the cosmic web.

 Quasars are point-like energy sources, similar to nearly perfect shaped spheroidal stars and globular clusters. Ancient globular clusters comprised of old stars were discovered to have hopped around several or more galaxies. Halton Arp said that quasars are ejected from their host galaxy. Dwarf spheroidal galaxies may be closely related to globular clusters. The structure's viewing alignment and jet orientation plays an important factor in what kind of cosmic structure that we see.

Magnetic fields stabilize filaments. These filaments are easy to see in NGC 1275. They are 200 light years wide, and extend up to 20,000 light years. They're not so easy to see and believe to exist in the huge gas cloud.

Paper at Nature

Detection of Intergalactic Gas Clouds Around M31 and M33:

 

 

Halton Arp's Website Explains Quasars are Nearby

This is a tree branch aligned nearly horizontally with the ground. A blue colored lake is in the background. Cosmic filaments align galaxies into thin vast fractal structural patterns.

Millisecond Pulsar in Nearby Trinary System with Stars Crammed Too Close To Orbit By Gravity

 

A massive pulsar and two white dwarfs in a trinary system, have gravitationally impossible crammed orbits, that are less than earth's distance from the sun, or 93 million miles = 1 A.U.

 The observation alone, is overwhelming proof that old Gravity and Special Relativity cannot be causing these three stars to orbit so close together.

The nature and internal structure of a body obviously effects the force of gravity.

The "gravitational perturbations" they claim to be able to measure are miniscule by timing the light of the millisecond pulsar. It's another big-bang gravity subterfuge to poorly interpret and dictate their dark matter theories and ways. Seeing is believing!  SR is mathematical quackery with numbers, because the massive pulsar orbits the other stars way too close, for it to be gravity. And of what use is SR if it is wrong for massive pulsar stars, that are common in the universe??  It's going to get better, someday professionals will admit that Gravity and Special Relativity has caused all the problems in cosmology, making the stories sickening like doctrines for dark matter and dark energy theories that ruin cosmology.

Antimatter is Found Everywhere in the Universe

Antimatter and Matter can Interact by Helical Vortex Mirror Symmetry in Equal Numbers As Spin Charge Opposites that Comprise Galaxies, Objects, and Particles Throughout the Universe

Mirror symmetry antimatter and matter galaxy

Antimatter Positron Fountain Extends 10,000 Light Years From Milky Way Galaxy Center

Integral detection of antimatter near Milky way center.

Antimatter cloud

Antimatter Superclusters, Galaxy Clusters, and Galaxies

 

Antimatter Filled Voids

Antimatter relativistic positrons in Solar Flares detected by Polarimetry

Antimatter Supernovas

 Antimatter Positron Jets in Crab Nebula Pulsar with clearly evident Superfluidity

 Antimatter in Ionized Molecular Clouds that forms Stars:

Molecular cloud M51 has half or 50% of it's hydrogen ionized in it's vast outer layer. Electromagnetic forces are 10^36 power stronger than gravity. Only a very slight imbalance of charge in plasmas is necessary to produce dramatic phenomenal effects. This makes star formation models overwhelmingly non-gravitational.

negative refraction of light

According to the Big-bang theory, the universe was 50% matter and 50% antimatter that annihilated together, shortly afterwards. The mystery of why practically everything is normal matter, with extremely minute amounts of anti-matter, proves their cosmology is wrong. We can presume that all galaxies are like the milky way, and produce equally huge amounts of both antimatter positrons and normal matter electrons, in vast fountains or jets, mostly by magnetic fields and electricity. There is not really a so called "mystery of the missing anti-matter", but instead a finding correctly interpreted that explains where and how equal amounts of antimatter and matter form in the universe not by gravity, but by many related scientific disciplines.

Both matter and it's antimatter counterpart must have the exact same mass, or gravitational theory is worthless. Negative mass trashes the theory of gravity.

 Cosmic rays are charged matter and antimatter particles/waves, accelerated by electric fields and plasma shock waves from supernovas.  Cosmic rays contain the atomic building blocks for assembling a matter and antimatter universe: antiprotons, positrons, protons, and electrons. The rate of annihilation is very slow for normal matter, and extremely fast in spinning dense superfluid pulsars or neutron stars. The universe is still spinning on a rotation axis that preceded the big-bang.

"Both universes captain, your's and mine."

 Positron Electron Tomography (PET) scans reveals the true nature of matter-antimatter reality in 3D images.  Positron and electron annihilation produces two 180 degree gamma ray jets, similar to cosmic phenomena.

300 antihydrogen atoms annihilate together in an experiment to produce a supernova or galaxy like structure

Anti-matter "mirror matter" positronium lab experiments can be done at room temperature, and explains away all kinds of phony dark matter theories

An antihelium detection by the soon to be launched AMS telescope would indicate that we see both plasma matter and antimatter galaxies