Latest Articles for Solar Physics

Examining the role of turbulent convection in exciting solar inertial modes.

Scientists investigate discrepancies in measuring open magnetic flux from the Sun.

SunPy provides powerful tools for analyzing solar data and fostering community collaboration.

A look at the X3.1 solar flare and its implications.

Study explores the magnetic fields of solar pores and their significance.

Studying decayless oscillations in small coronal loops reveals new insights into solar dynamics.

An unusual EUV wave forms away from a solar eruption involving sheared arcades.

Investigating the relationship between coronal waves and Moreton waves during solar eruptions.

Investigating solar magnetic fields and their impact on space weather.

A look into the processes behind the Sun's magnetic activity.

Investigating the small-scale dynamo processes shaping the Sun's magnetic fields.

Research reveals the role of vortices in the Sun's energy transport and heating.

An overview of energy transfer and heating in coronal loops of the sun.

Research reveals potential common origins of electrons and protons from the sun.

Understanding solar activity and its implications for technology and daily life.

Examining how magnetic switchbacks change as they travel through the solar system.

A detailed look at the effects of CMEs in September 2014.

A new method enhances solar wind predictions by addressing uncertainties.

A study reveals the effects of solar wind on particle acceleration during a significant SEP event.

A study of solar activity and coronal structures during Solar Cycle 24.

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

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

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

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

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

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

Research reveals complex movements of counter Evershed flows in sunspots.

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

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.

Research sheds light on how nanoflares heat the solar atmosphere.

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

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

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

Study reveals key characteristics of solar wind switchbacks observed by Parker Solar Probe.

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.

Exploring K-means and K-Shape methods for interpreting solar atmosphere data.

Nine spacecraft team up to study turbulence in space plasma.