NASA’s Juno spacecraft detects strange new auroras on Jupiter

Information from NASA’s Juno spacecraft revealed faint aurora options doubtless triggered by charged particles coming from the sting of Jupiter’s huge magnetosphere.  (Picture credit score: NASA/SWRI/JPL-Caltech/SwRI/V. Hue/G. R. Gladstone/B. Bonfond)

NASA’s Juno mission has detected new auroral emissions on Jupiter which seem to ripple over the planet’s poles. 

The Ultraviolet Spectrograph (UVS) on the Juno spacecraft captured this glowing phenomenon, which is characterised by faint ring-shaped emissions that broaden quickly over time at speeds between 2 and 4.eight miles per second (3.Three and seven.7 kilometers per second). Researchers from the Southwest Analysis Institute (SwRI), the place Juno’s UVS instrument was constructed, recommend these auroral emissions are triggered by charged particles coming from the sting of Jupiter’s huge magnetosphere, in response to a press release from the institute. 

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