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Microquasar SS 433 Animation

https://scitechdaily.com/mysterious-g... The microquasar SS 433 consists of a black hole and a giant star orbiting each other, with the black hole constantly sucking matter from the star. This matter collects on an accretion disk before falling into the black hole. However, some of the matter does not fall into the black hole, but is hurled out into space in two narrow jets at the top and bottom. As the accretion disk does not lie exactly in the orbital plane of the two partners, it sways like a spinning top set at an angle, and with it the jets do so as well, describe spirals in space. In the same rhythm as the tumbling jets and accretion disk, an inconspicuous gas cloud about 100 light-years away shines in the light of the gamma radiation. This temporal correspondence suggests a direct connection, but it is not clear exactly how the microquasar drives the gamma-ray "heartbeat" of the gas cloud. Credit: DESY, Science Communication Lab