Context. We investigate the chromospheric counterpart of small-scale coronal loops constituting a coronal bright point (CBP) and its response to a photospheric magnetic-flux increase accompanied by co-temporal CBP heating. Aims. The aim of this study is to simultaneously investigate the chromospheric and coronal layers associated with a CBP, and in so doing, provide further understanding on the heating of plasmas confined in small-scale loops. Methods. We used co-observations from the Atmospheric Imaging Assembly and Helioseismic Magnetic Imager on board the Solar Dynamics Observatory, together with data from the Fast Imaging Solar Spectrograph taken in the Hα and Ca I
Relaxation of braided coronal magnetic fields through reconnection is thought to be a source of ener...
Context. We report on the third part of a series of studies on eruptions associated with small-scale...
Coronal bright points (small-scale loop systems) in the solar atmosphere were studied for more than ...
Context. We investigate the chromospheric counterpart of small-scale coronal loops constituting a co...
Context. We investigate the chromospheric counterpart of small-scale coronal loops constituting a co...
Context.We investigate the chromospheric counterpart of small-scale coronal loops constituting a cor...
Coronal bright points (CBPs) are a fundamental class of solar activity. They represent a set of low-...
Coronal bright points (CBPs) are ubiquitous structures in the solar atmosphere composed of hot small...
Context. The study explores the photospheric magnetic properties of bright and faint small-scale loo...
Context. Different models for the heating of solar corona assume or predict different locations of t...
Context. Solar coronal bright points have been studied for more than three decades, but some fundame...
A wide variety of phenomena such as gentle but persistent brightening, dynamic slender features (∼10...
Context. Magnetic loops filled with hot plasma are the main building blocks of the solar corona. Usu...
Context. Magnetic energy is required to heat the corona, the outer atmosphere of the Sun, to million...
Context. Coronal bright points (CBPs) are small-scale and long-duration brightenings in th...
Relaxation of braided coronal magnetic fields through reconnection is thought to be a source of ener...
Context. We report on the third part of a series of studies on eruptions associated with small-scale...
Coronal bright points (small-scale loop systems) in the solar atmosphere were studied for more than ...
Context. We investigate the chromospheric counterpart of small-scale coronal loops constituting a co...
Context. We investigate the chromospheric counterpart of small-scale coronal loops constituting a co...
Context.We investigate the chromospheric counterpart of small-scale coronal loops constituting a cor...
Coronal bright points (CBPs) are a fundamental class of solar activity. They represent a set of low-...
Coronal bright points (CBPs) are ubiquitous structures in the solar atmosphere composed of hot small...
Context. The study explores the photospheric magnetic properties of bright and faint small-scale loo...
Context. Different models for the heating of solar corona assume or predict different locations of t...
Context. Solar coronal bright points have been studied for more than three decades, but some fundame...
A wide variety of phenomena such as gentle but persistent brightening, dynamic slender features (∼10...
Context. Magnetic loops filled with hot plasma are the main building blocks of the solar corona. Usu...
Context. Magnetic energy is required to heat the corona, the outer atmosphere of the Sun, to million...
Context. Coronal bright points (CBPs) are small-scale and long-duration brightenings in th...
Relaxation of braided coronal magnetic fields through reconnection is thought to be a source of ener...
Context. We report on the third part of a series of studies on eruptions associated with small-scale...
Coronal bright points (small-scale loop systems) in the solar atmosphere were studied for more than ...