The film discusses the complex interactions between the Earth and the Sun through the magnetosphere, emphasizing the impact of solar activity on Earth's environment, including weather patterns and ...

Researchers studying decades of earthquake data say they have found the first evidence that, in addition to spinning backward ...

"Most of the external layers of a massive star are removed during the supernova, but some material falls back, making the neutron star spin faster." ...

Magnetosonic (MS) waves, i.e., ion Bernstein mode waves, are one of the common plasma waves in the Earth’s magnetosphere, which are important for regulating charged particle dynamics. How MS waves ...

The exchange of electromagnetic and thermal energy in collisionless plasmas is an important area of study to understand many space physics processes. The authors use in-situ, high resolution ...

Nature Research Intelligence Topics enable transformational understanding and discovery in research by categorising any document into meaningful, accessible topics. Read this blog to understand ...

We believe Mars may once have had oceans and sky, but lost them from a lack of a magnetosphere. How does this happen, and how can we create a magnetosphere for Mars so we can terraform and live on it?

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 ...

So far, for the magnetosonic waves in the Martian induced magnetosphere, those waves from the upstream foreshock are the focus of the majority of previous studies. In contrast, those waves generated ...