Saturn’s Dusty Middle Magnetosphere May Hide Ultra-Low-Frequency Solitary Waves
A new theoretical study predicts that rarefactive dust-acoustic solitary waves with millivolt-scale potentials and bipolar electric fields may propagate through ...
A new theoretical study predicts that rarefactive dust-acoustic solitary waves with millivolt-scale potentials and bipolar electric fields may propagate through ...
Recovered bifilar magnetometer records from Trivandrum Observatory reveal that the 1859 Carrington storm was the climax of a multi-phase sequence ...
A new study shows that magnetic fields along the TianQin orbit produce acceleration noise that stays within the mission's demanding ...
Parkes telescope observations of PSR J1059-5742 reveal two rare non-drifting emission events that suggest a mode change in the pulsar's ...
During a close Mercury flyby, BepiColombo instruments recorded a solar energetic particle event in which the planet's weak magnetosphere deflected ...
A landmark review details how Vlasov-based methods, and the world's first global hybrid-Vlasov magnetospheric simulation Vlasiator, are transforming our ability ...
Ultra-wideband observations with the Parkes 64-m Radio Telescope have revealed that the radio spectra of nine pulsars change systematically across ...
During a close 2024 flyby, BepiColombo's Finnish-built SIXS instrument measured how solar energetic particles penetrated Mercury's weak magnetosphere and rained ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine