Latest Articles for Solar Physics

CUSP aims to measure solar flares' effects on technology using small satellites.

A new catalog tracks coronal mass ejections and offers valuable tools for research.

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

SNIFS will enhance our observations of critical solar phenomena in 2025.

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.

This study assesses the accuracy of sensitivity kernels in understanding solar seismic waves.

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.

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

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.

Exploring how machine learning improves our understanding of solar activity.

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

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

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

This study reveals the influence of magnetic fields on solar heating dynamics.

This article examines vortex flows in different solar regions and their role in energy transport.

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

Recent studies reveal complex dynamics within the solar corona's coronal loops.

Explore how sunspot groups evolve and affect solar activity.

This article examines how stable layering affects resistive tearing instabilities in conductive fluids.

Recent studies reveal significant details about solar flares and CMEs.

A look into catastrophic cooling and its role in solar coronal dynamics.

A new model enhances the accuracy of predicting solar flare locations.

Research highlights how Alfvén waves heat and accelerate solar wind as it travels.

Recent studies reveal the dynamics of solar jets and their magnetic connections.

Research sheds light on dark halos surrounding solar active regions.

Researchers enhance solar magnetic field simulations using advanced modeling techniques.

This article examines solar radio bursts and their connection to solar events.

Study reveals dynamics of energy and helicity in solar jet simulations.

Examining how the Sun's brightness affects Earth's early climate and potential for life.

Research reveals heavy ion properties linked to solar wind dynamics.

A look at solar flares and CMEs and their effects on space weather.

New methods track dynamic solar features impacting magnetic fields.

Study reveals key aspects of microflares and their significance in solar physics.

Advancements in neural networks improve understanding of solar magnetic activity.