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  1. Nov 19, 2014 · The most popular explanation of how jets form is that the fast-spinning accretion disk, which contains charged particles, will produce a powerful magnetic field that is in contact with the black hole. If the black hole is spinning, it drags on the field, winding it into a tight cone at the rotational poles of the black hole. It is this twisted ...

  2. Pringle contributed in the past thirty years many key results to accretion disk theory, and wrote the classic 1981 review that for many years was the main source of information about accretion disks, and is still very useful today. Simulation by J.A. Marck of optical appearance of Schwarzschild black hole with thin (Keplerian) disk

  3. 3. An accretion disc is stuff orbiting around the black hole as it is falling into it. Or it would be possible that the particles are in some sort of orbit around the black hole. This disc would be outside of the event horizon so it isn't really "in" the black hole. The jets are formed in a similar fashion.

  4. The main light source from a black hole is a structure called an accretion disk. Black holes grow by consuming matter, a process scientists call accretion, and by merging with other black holes. A stellar-mass black hole paired with a star may pull gas from it, and a supermassive black hole does the same from stars that stray too close.

  5. Jun 16, 2022 · The visible disk and the jets comprise the object HH 30. ESA/Hubble and NASA; Acknowledgement: Judy Schmidt. ... or a black hole, all of which can form accretion disks of their own.

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  6. The black hole itself is a depicted as a tiny black dot in the center. As matter falls toward the hole, it collides with other matter and heats up. Surrounding the black hole is an accretion disk of hot matter that used to be the star, with a jet emanating from the black hole's spin axis. Fall towards eternity: It's Black Hole Week at NASA!

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  8. Nov 18, 2022 · Infalling material moves from the outer disk toward the event horizon, the point of no return, and disappears into the black hole. But not all the material from the accretion disk makes it into ...

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