Latest Articles for Space Weather

A system to detect early signs of solar flares helps scientists prepare for events.

A look at halo CMEs and their relationship with solar cycles and sunspots.

This article examines factors affecting particle dynamics in radiation belts.

The Parker Solar Probe captures details on a magnetic island near the Sun.

New research highlights difficulties in measuring solar magnetic flux, especially in unipolar regions.

Research reveals details about the slow solar wind and its effects on space weather.

Exploring the recent solar flare SOL2024-03-10 and its atmospheric effects.

Understanding solar magnetic fields is key to space weather predictions.

A study reveals key properties and behaviors of coronal loops in the Sun's atmosphere.

Simulations reveal how particles gain energy during magnetic reconnection, affecting solar flare dynamics.

Research sheds light on solar flare dynamics and particle acceleration mechanisms.

Research links solar active regions to gas flow patterns on the Sun's surface.

A look at solar flares, their impact, and prediction methods.

Examining HXR emissions in C-class solar flares reveals insights into solar processes.

Examining interplanetary shocks and their effects on technology and space weather.

Understanding wave interactions in the E-region enhances communication and weather predictions.

A new boundary condition enhances simulations of magnetic reconnection in space environments.

Learn how solar flares affect the Earth's ionosphere and communication systems.

New magnetometer technology improves detection of space weather effects on Earth.

Research on gamma rays from the Sun reveals complex interactions with cosmic rays.

Study reveals insights into the behavior of non-radial coronal mass ejections.

This study investigates how reconnection flux affects CME speed during eruptions.

Investigating how electron beams influence solar flares and space weather.

Study shows how solar energetic protons change during coronal mass ejections.

Research on solar prominences and magnetic fields using the Mg II K line.

A new model enhances accuracy in predicting coronal mass ejections.

Scientists analyze high-energy electrons during solar flares using a new distribution model.

Study examines magnetic field changes of March 2022 coronal mass ejection.

Learn about solar energetic particles and their journey through space.

Learn about spicules and their role in the sun's atmosphere.

Research enhances forecasting of SEP events to protect astronauts and technology.

This article examines solar coronal rain and its significance in the Sun's atmosphere.

Insights into solar flare mechanisms through magnetic field studies.

This research examines how electric fields distort ion distributions in Earth's atmosphere.

Investigating how solar wind interacts with magnetic fields reveals complex relationships.

Exploring how fluctuating electric fields shape plasma particle speed distributions.

A look at how sound waves in the Sun reveal its inner workings.

Researchers improve solar flare predictions using new methods and loss function.

Explore how sunspot groups evolve and affect solar activity.

A look into how neutron monitors measure cosmic rays and their variations.