NASA’s Juno probe finds giant swirling waves in Jupiter’s magnetosphere

NASA’s Juno mission has recorded big swirling waves on the fringe of Jupiter’s magnetic discipline, revealing new perception on how photo voltaic wind could impression the planet. 

Information from Juno’s many flybys of Jupiter confirmed that the spacecraft routinely encounters big swirling waves, or vortices, on the boundary between the planet’s magnetic discipline and the photo voltaic wind, often called the magnetopause. These phenomena, often called Kelvin-Helmholtz waves, happen when a big distinction in velocity (pace) kinds throughout two areas in area, in accordance with a press release from the Southwest Analysis Institute (SwRI). 


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