The findings imply that aurorae have now been observed on every planet in the solar system, and the process of aurora formation might be 'universal'.
Mercury possesses an exosphere in place of a conventional atmosphere, and its formation is primarily attributed to the interaction between solar particles and the elements present on the planet's surface. This exosphere spans from space all the way to the surface of the planet.
By utilizing this comprehensive dataset, scientists successfully monitored the trajectory of electrons in the vicinity of Mercury.The data demonstrated that electrons emitted by the Sun accelerate rapidly in Mercury's magnetosphere.
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