Latest Articles for Solar Physics

Stagger Code enhances modeling of fluid behaviors in astrophysics through simulations.

Investigating the impact of solar neutrinos on dark matter searches.

A study of solar eruptions and their impact on space weather.

Study reveals how spacecraft trajectories influence data from coronal mass ejections.

A new technique enhances the identification of coronal holes on the Sun.

Solar neutrinos provide vital clues about the sun and fundamental particles.

Study reveals how sunspot motions affect solar activity and space weather.

Study reveals how coronal rain affects solar oscillations.

A study reveals the heating role of small solar brightenings.

Understanding solar energetic particles and their effects on space weather.

Research sheds light on the complex behavior of the Sun's corona during Solar Cycle 24.

Parker Solar Probe reveals key patterns in solar wind fluctuations and their origins.

A study on solar fibrils reveals energy transfer mechanisms in the Sun's atmosphere.

New data from the Parker Solar Probe enhances knowledge of solar energetic particles.

Examining torsional oscillations to reveal solar magnetic field dynamics.

A look into minifilaments and their impact on solar activity.

Examining the sun's magnetic fields and their impact on space weather.

This study details the formation and dynamics of solar prominences through simulation.

Study reveals key details about type-IV bursts and their link to solar events.

An overview of quiescent solar wind and its unique characteristics.

Electric currents drive solar activity, impacting events like flares and CMEs.

A look into the complex movements and interactions of sunspot oscillations.

Research examines how magnetic reconnection affects solar events and energy release.

A study of Ne viii 770 Å and its role in understanding solar magnetic fields.

Machine learning enhances detection of solar flux ropes that impact Earth.

Analyzing a unique solar event to improve predictions of space weather impacts.

Insights into solar activity through the sun's magnetic field components.

Research reveals how circularly polarized waves influence solar wind heating.

Scientists study the Sun's rotation to better predict solar activity using sound waves.

Examining key observations of the 2014 solar flare and its implications.

A look into coronal mass ejections and their effects on Earth.

A look into the magnetic activities and structures influencing sunspots on the Sun.

A new model reveals complex shapes of magnetic flux ropes during solar events.

This article examines the properties and significance of solar post-flare loops.

Investigating how solar disturbances and spicules influence the sun's atmosphere.

Kink waves play a key role in solar dynamics and heating processes.

Examining a significant solar filament eruption and its implications for space weather.

Research on ion waves enhances understanding of solar wind temperature dynamics.

A new study reveals key details about solar jets from coronal holes.

Neutrinos offer insights into solar processes and particle physics.