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Does it identify as a trans-pulsar?

Archive: https://archive.today/QJiLE

From the post:

>Supermassive black holes are notorious for gobbling up young stars and burping out powerful jets of gas as they finish the snack. Scientists call this mechanism “jet precession.” Typically, only two types of jet streams are observed by the astronomers during this process. One is the radiative mode where a white-hot incandescent accretion disk heats up the gassy material, and the superheated gas pushes out the cooler gas outwards. Another mode, as Scientific American describes, sees firehose-like jets of gassy particles trundling from the black hole’s edges and shooting outwards, creating stellar nurseries within the galaxy. About 450 million light-years away, a black hole in a galaxy is shooting jets that resemble none of these modes.

Does it identify as a trans-pulsar? Archive: https://archive.today/QJiLE From the post: >>Supermassive black holes are notorious for gobbling up young stars and burping out powerful jets of gas as they finish the snack. Scientists call this mechanism “jet precession.” Typically, only two types of jet streams are observed by the astronomers during this process. One is the radiative mode where a white-hot incandescent accretion disk heats up the gassy material, and the superheated gas pushes out the cooler gas outwards. Another mode, as Scientific American describes, sees firehose-like jets of gassy particles trundling from the black hole’s edges and shooting outwards, creating stellar nurseries within the galaxy. About 450 million light-years away, a black hole in a galaxy is shooting jets that resemble none of these modes.

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