The plasmonic equatorial interaction forms the black hole's giant energy impulses.

“A chain of plasmoids is created on the equatorial plane along the current sheet, where the particle density (left part) is higher. Here, magnetic reconnection takes place, accelerating particles to very high energies (right). Particles also reach relativistic speeds along the spin axis and eventually form the jet powered by the Blandford–Znajek mechanism. Gray: Magnetic field lines. Credit: Meringolo, Camilloni, Rezzolla (2025) (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

Astronomers studying the supermassive black hole M87*, a behemoth six and a half billion times the mass of the Sun, have uncovered a new way these cosmic monsters unleash their power.” (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

“Using cutting-edge simulations, scientists at Goethe University Frankfurt revealed that not just magnetic fields, but a process called magnetic reconnection, helps extract energy from a spinning black hole to launch jets of matter stretching thousands of light-years. These immense cosmic beams, moving at nearly light speed, scatter energy and matter across galaxies, shaping their evolution.” (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

A chain of high-energy plasmoids is one of the sources of the black hole's powerful high-energy radiation. The high-energy radiation. That comes from black holes that form when magnetic field connections and magnetic field disconnections occur. There are moments when a black hole pulls even magnetic fields into its event horizon. And in that case, the particle that falls into the black hole falls by following the spiral trajectory. Suddenly, that whirl forms a magnetic field that starts to drive material into the black hole’s poles. This thing packs the plasma in the black hole’s equator.

“In the equatorial plane of the black hole, the researchers’ calculations revealed intense reconnection activity, leading to the formation of a chain of plasmoids – a condensation of plasma in energetic “bubbles” – moving at nearly the speed of light. According to the scientists, this process is accompanied by the generation of particles with negative energy that is used to power extreme astrophysical phenomena like jets and plasma eruptions.”   (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

When that magnetic connection causes cross-flow. In the plasma. That thing causes fusion  and a very powerful energy point. That pushes those plasmoids away from the structure. This is the thing. That we see as flashes in a black hole’s energy production. The magnetic field connections and disconnections can form extremely powerful plasma beams. The idea is that. The opposite polar layer pulls plasma against it. Then the crossing field will be connected. And that pulls the packed plasma to the poles. 

 And then the magnetic field will be connected. That thing should form in the same way as powerful plasmoid effects. It forms around black holes. Cutting the magnetic field allows the system to pack plasma against the layer. Then the magnet that pulls plasma to a certain direction causes cross-pull. To the plasma layer. This thing forms an energy point that can form a very high-power plasma effect. In that system, the vertical magnet forms the plasma pack. And the horizontal magnet pulls the plasma into a certain direction. 

There is a possibility of mimicking the black hole’s plasma interaction using high-power magnets. Those systems can be used. In many kinds of things. The high-power plasmons that impact can form a fusion reaction in the air. The positive and negative ions (anions). Pull each other together. This thing can form a pulsating plasma-fusion reaction.  There can be multiple solutions in military and civil technology. For that kind of high-energy reaction. 

https://scitechdaily.com/scientists-just-solved-a-black-hole-mystery-100-years-in-the-making/