How do jets from a black hole interact with the surrounding space ? .
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Answers
As a black hole spins, its dense mass distorts and twists the surrounding fabric of space and time. The simulations show that magnetic fields at the poles of the black hole become coiled and spring outward, flinging jets of particles into space. At the equator, magnetic fields collapse into clumps.
Answer:
Attracted by strong gravity, matter falls towards the central black hole as it feeds on the surrounding gas and dust. ... As these monster black holes grow to become a billion times more massive than our Sun, their jets eventually get strong enough to blow gas out of the galaxy and shut off the formation of new stars!Black holes of stellar mass form when very massive stars collapse at the end of their life cycle. After a black hole has formed, it can continue to grow by absorbing mass from its surroundings. ... There is consensus that supermassive black holes exist in the centers of most galaxies.As the plasma falls in, it delivers weak magnetic field lines to the hole. Field lines gradually accumulate on it and are kept there by the influx of plasma. Eventually the black hole twists up this tangled field enough to launch a jet.Astronomers hope that by studying the jet, called PSO J352. 4034-15.3373 (PJ352-15 for short), they can learn how huge black holes came together so early in the universe's history.The matter that we observe as jets emanating from a black hole are not actually coming from the black hole itself. The jets are composed of matter which is escaping from the accretion disk which surrounds the black hole.The good news about massive black holes is that you could survive falling into one. Although their gravity is stronger, the stretching force is weaker than it would be with a small black hole and it would not kill you.