A snake caught slipping on the surface of our Sun. The video is sped up because in effect, this ” tube “ of cold plasma took about three hours to complete. © ESA, NASA, Solar Orbiter, EUI Team; Frederic Auchere, IAS
The researchers tell us that the in question is none other than a ” tube “ of cold plasma moving along a particularly long filament of the of our Sun. Long and winding. Hence the changes in direction observed. All in the hotter plasma environment of our Star’s atmosphere. And at a speed all the same of some 170 kilometers per second.
The information useful to scientists is that this snake emerged from an active region which then produced a which ejected billions of tons of plasma into space. A coronal mass ejection (CME), as astronomers call them. One of the most intense events recorded so far by Solar Orbiter’s energetic particle detector, by the way. And, icing on the cake, the coronal mass ejection then swept away the NASA mission. Parker Solar Probe. Enough to collect even more data on the event.
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