Stormtime ring current reshapes Earth’s inner magnetosphere
A 2026 review finds that stormtime ring-current currents reshape Earth’s radiation belts, ionospheric convection, plasmapause and magnetotail injections during intense ...
A 2026 review finds that stormtime ring-current currents reshape Earth’s radiation belts, ionospheric convection, plasmapause and magnetotail injections during intense ...
An automated analysis of crowdsourced WSPR reports detected 27,253 window-level sporadic E-layer occurrences in 2021 and mapped seasonal and regional ...
A coordinated study of a rare 2025 solar radiation storm found substantial geographic and altitude variation in radiation exposure across ...
A planned four-year, $2.7 million West Virginia University-led initiative will combine machine learning, physics models and satellite-tracking data to improve ...
MIT Haystack radar observations reveal the April 2024 total solar eclipse cut ionospheric electron density by up to 50 percent ...
A new perspective article outlines a layered defense for lunar and Martian bases, combining experimental superconducting magnetic shields, regolith burial, ...
Ninety 3D magnetohydrodynamic simulations reveal how Earth-like magnetospheres sprout Alfvén wings during extreme solar events, with wing opening angles, magnetotail ...
A 45-year statistical analysis of geomagnetic storm timing reveals that growth and recovery phases follow distinct power laws with opposite ...
Using more than 1,200 European GNSS receivers, researchers have tracked circular ripples in the ionosphere launched by five different types ...
Satellite observations show that the severe January 2026 geomagnetic storm drove energetic particle precipitation that cut polar mesospheric ozone by ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine