Birkeland current

So they won't listen to the rest of what he's got to say.

But if you look at Birkeland currents and the way those work, it seems as though the sun is doing just fine feeding on plasma.

In labs, plasmas, plasmoids, plasmids, however you say it, David Bohm called them plasmids.

He also called them alive, by the way, because they eat electricity.

filamentary structure currents.

They're called Birkeland currents.

They form in plasma physics what they call a Z-pinch.

It's the Bennett pinch effect where there's these parallel electric currents that pull towards each other and they pinch them and the plasmas turn into a serpentine worm-like thread of extreme heat and current density.

You guys can research it yourself.

The way they move and and work they're like little worms little filaments right there when in plasma physics you have what's called high current electrical discharges and when you have high current electrical discharges in a vacuum or gas they don't propagate as rigid solid rods they move as these dynamic, writhing, snake-like, naga, winding-like, dynamic, filamentary structures.

They're filamentary currents, Birkeland currents.

And they are literally serpentine, worm-like threads of extreme heat, extreme temperatures.

Are these autonomous reconnaissance drones dispatched by Kordeluski clouds? Could be.

Birkeland currents in the cosmic web.

The universe isn't a vacuum, it's wired, which is why we covered all of the Ken Wheeler stuff.

Birkeland currents, or I think that's Birkeland.

Birkeland currents are giant superconducting plasma filaments spanning the cosmos, carrying information at near light speed.

The sun sends organized spiraling rivers of positive charge called procticity directly into the Earth's poles.

we are physically plugged into a universal electric circuit.