Tag: Coronal Mass Ejections

A machine learning study demonstrates that accurate forecasts of interplanetary magnetic field orientation and solar wind speed are vital for ...

A new hybrid model combining a physics-based drag model with XGBoost machine learning reduced average forecast errors for coronal mass ...

X-ray observations of NGC 3783 revealed a solar-storm-like eruption near its supermassive black hole, supporting evidence for magnetic reconnection and ...

A new analytical study provides the first closed-form description of how magnetic helicity is created during time-dependent separator reconnection in ...

In a landmark laboratory astrophysics study, researchers used high-energy lasers and simulations to show that stellar magnetic fields of about ...

A coupled EUHFORIA–Gorgon-Space simulation of two June 2015 coronal mass ejections shows that magnetic field orientation, not CME speed, determines ...

A new collection of studies shows that coronal rain, prominences, and solar eruptions are connected expressions of the same cooling ...

Researchers have unveiled SURF, a fast compressible hydrodynamic modelling framework that reproduces solar wind and coronal mass ejection behaviour with ...

A new review of observations of young solar-type stars shows that superflares on stars like the infant Sun are accompanied ...

An unusual multi-lane type II radio burst observed on May 29, 2024 shows that complex, inhomogeneous shock dynamics near the ...