For example, why did it register a strongly asymmetric, plasma-free magnetosphere – something that is unheard of for planets in our solar system – and belts of highly energetic electrons? Voyager 2 ...

Magnetospheric physics is the study of the magnetic fields surrounding the Earth and other bodies in the solar system ... is the bow shock created as the magnetosphere passes through the solar ...

Scientists at NASA have found patterns which could help predict solar flares, the most common form of solar disturbances aka ...

However, the new findings suggest that the intense solar wind event compressed Uranus's magnetosphere to about ... what a typical day in the Uranian system might look like and are even more ...

Mercury, the closest planet to the Sun, has a unique and dynamic magnetosphere that interacts significantly with solar wind—a stream of charged particles released from the Sun. Understanding ...

A vast 500,000-mile-wide coronal hole has opened in the Sun's atmosphere. The area measures over 62 times the diameter of ...

Firefly Aerospace's soon-to-launch Blue Ghost moon lander will help NASA better understand our home planet, and how it responds to space weather.

This, they claim, means it must have originated in the highly magnetized region that surrounds a star: the magnetosphere. The researchers obtained their result by measuring the FRB’s scintillation, ...

The Solar Wind Magnetosphere Ionosphere Link Explorer (SMILE) is a joint mission between the European Space Agency (ESA) and the Chinese Academy of Sciences (CAS) which aims to study the ...

affecting the entire Solar System, including Earth and its magnetosphere. Now, scientists at NASA have found patterns which could help predict solar flares, the most common form of solar ...