Latest Articles for Space Weather

A closer look at sunspots and their penumbra-umbra ratios.

Exploring the unusual patterns of element abundances in solar energetic particle events.

New insights into the phenomenon of coronal rain and its significance.

Investigating how unique sunspots influence solar cycles and magnetic fields.

Studying the solar corona reveals critical information about solar activity and its effects.

AGILE satellite tracks solar flares, providing vital data on solar activity.

A look into how stars, including the Sun, generate magnetic fields.

An overview of isotropy boundaries and their effects on electron precipitation.

New research enhances models of the Sun's complex magnetic interactions.

Understanding how WMC affect electron behavior in the Earth's magnetosphere.

Research reveals complex oscillations affecting the Sun's near-surface layers.

A detailed look at the complex solar activity cycles and magnetic field interactions.

Research reveals how sunspot shapes affect wave patterns and solar activity.

Research reveals how magnetic fields contribute to solar flare activity.

Examining the link between type II bursts and coronal mass ejections during solar cycles.

The HRT collects crucial data on solar activity through advanced imaging techniques.

Research reveals changes in QPP periods during solar flares, shedding light on flare dynamics.

Exploring electron sources linked to Type III radio bursts observed by the Parker Solar Probe.

New SPARX H model enhances predictions for high-energy solar particle events.

A technique using flare timing helps map magnetic regions on stars.

New machine learning methods improve solar activity predictions for satellite management.

This article examines plasma heating during solar flares and its connection to magnetic reconnection.

Recent observations reveal dynamic features of the Sun's atmosphere, focusing on spicules.

New insights into solar corona behaviors with realistic simulations of magnetic loops.

An exploration of flare duration and its effects on stars and Earth.

New insights into ion-cyclotron waves and their role in solar wind turbulence.

Research reveals temperature patterns in the solar corona using new measurement techniques.

Study of Alfvén waves and their dynamics in the solar atmosphere.

Exploring the Solar Flare Index and its impact on solar activity.

Researchers combine methods to better predict solar eruptions and their effects.

This study investigates the behavior of EUV brightenings and their responses in solar data.

Examining how energy transfer shapes the solar wind.

This article investigates the significance and prediction of solar energetic particle events.

Studying the formation and impact of coronal mass ejections on Earth.

Examining how magnetic shear impacts solar flares and their effects on Earth.

Examining how solar activity affects interplanetary coronal mass ejections.

This study examines Lyman-alpha emission during M3 solar flares and its effects.

Researchers study solar activity using the Arecibo telescope's advanced mapping techniques.

Explore the cycles of sunspots and their influence on technology and our planet.

Research reveals new insights into sunspot magnetic fields and shock wave interactions.