Juno Data Reveal a Rippling, Reconnection-Sculpted Current Sheet in Jupiter’s Magnetodisk
NASA's Juno spacecraft has revealed that Jupiter's magnetodisk current sheet is crumpled into a rippling, wave-like structure by numerous small-scale ...
NASA's Juno spacecraft has revealed that Jupiter's magnetodisk current sheet is crumpled into a rippling, wave-like structure by numerous small-scale ...
Kyushu University researchers used high-power lasers to recreate magnetic reconnection in the laboratory and found that its energy-release rate is ...
A new two-stage theoretical model proposes that solar flares begin with a slow global magnetic instability that triggers a multi-scale ...
A new Solar Physics study shows that an M2.9 solar flare suppressed and then revived a type I radio noise ...
A landmark review details how magnetohydrodynamic turbulence, from galaxy clusters to the solar wind, has been pinned down by theory ...
A new EVE Level 4 Lines data product from NASA's Solar Dynamics Observatory reveals Doppler velocity patterns in solar flares, ...
A landmark review details how Vlasov-based methods, and the world's first global hybrid-Vlasov magnetospheric simulation Vlasiator, are transforming our ability ...
NASA's twin TRACERS spacecraft relied on an unusually detailed magnetic control plan combining source control, screening, and post-processing to keep ...
Researchers reconstructed the magnetic topology of an X1.5-class solar flare, showing that slipping reconnection in a circular QSL followed by ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine