NASA first observed something coming out of a Black Hole for the first time ever
on September 28, 2017.
And since then, many astro phycisists have been scratching their heads to explain this phenomenom.
Basic physics classes teach that electric currents produce magnetic fields. But why is this law of physics almost nowhere evident in the standard astrophysical literature? Plasma physics and electrical engineering hold the key to explaining the origins of powerful magnetic fields throughout the cosmos.
Scientists using the Hubble space telescope have detected extremely strong magnetic fields in a quasar which is said to be about 4 billion light years from Earth. The magnetic fields were measured at 200 million Gauss. In comparison, the strength of the magnetic field at Earth’s surface is only about one Gauss.
Mainstream astrophysics tells us that more than 95% of all galaxies are home to one or more black holes -- regions of space where matter is said to be collapsed to "near infinite density." However, there is no experiment that can provide evidence for matter collapsed to “near infinite density”. The Electric Universe suggests that electromagnetic "plasmoids" are responsible for the enormous energies and mass at the centers of galaxies.
see - Plasmoids are the Power | Space News | ThunderboltsProject | Published on Feb 4, 2017
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