Beginning with the *Mariner 10* mission in 1974, robotic explorers have been sent to Mercury to measure how solar wind interacts with Mercury''s magnetic field to produce whistler-mode
According to data from the The Fast Imaging Plasma Spectrometer (FIPS) onboard NASA''s MESSENGER spacecraft, the solar wind is "sandblasting" the surface of Mercury at its polar
In fact, the solar wind streaming off the young Sun was likely to be 10 to 100 times more intense than today. With such a strong flow of solar wind, the material blasted off Mercury would
A new study maps the infall of protons and electrons from the solar wind to geographical location on the surface of Mercury, giving scientists new insight into how interactions with the Sun...
But on Mercury you get extremely powerful solar storms every day. We''re still trying to figure out what that does to the planet. It has a weak magnetic field, and it''s very close to the sun. Is
To test whether the solar wind could be responsible for facilitating the loss of Mercury''s mantle, the authors first looked for an analytical solution by directly solving equations of motion.
At the extreme edge of serious astrophysics sits an idea that sounds like science fiction: dismantling Mercury to build a vast solar power machine around the Sun.
Mercury is one of our closest neighbors in space and is constantly bombarded by intense radiation from the sun. This radiation can cause significant changes in Mercury''s environment,
We carry out simulations, both with and without the solar wind-induced drag in order to compute the efficiency with which the solar wind may remove debris from Mercury''s vicinity.
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