Detectors inside Artemis I’s Orion capsule show how much radiation exposure its mannequins underwent and how effective a ...

The radiation originates from the combined effect of the chaotic movements of magnetic fields and turbulent plasma gas. Researchers at the University of Helsinki have succeeded in something that ...

Coronal mass ejection from the sun at the same time as a recent X4.5 solar flare is about to collide with the Earth.

Laser-plasma accelerators could revolutionize scientific research by providing compact, efficient particle acceleration. They ...

The radiation originates from the combined effect of the chaotic movements of magnetic fields and turbulent plasma gas. Using detailed supercomputer simulations, researchers at the University of ...

The need for an intense source of coherent, millimetre-wavelength radiation to heat a fusion plasma and control its instabilities represents a significant challenge in the development of the ITER ...

plasma radiation processes; turbulence of the magnetized plasma in astrophysical objects and in the ISM, IGM and the solar wind; quantum plasmas under extreme conditions in planetary interiors and in ...

I strongly recommend the book to students and researchers seeking a presentation of introductory special relativity in the context of laser-plasma research, astrophysics and the physics of ...

THE discovery of cosmic blackbody radiation with a temperature of 2.7 ... As first discussed by Gamow, it is assumed that a very hot, dense plasma was present during the early stages of the ...

As space agencies and private companies look toward sending human crews to Mars, they'll have to find ways to mitigate the dangers posed by high-energy radiation from solar storms. The weather on ...