Our recent studies of late B-type stars with HgMn peculiarity revealed for the first time the presence of fast dynamical evolution of chemical spots on their surfaces. These observations suggest a hitherto unknown physical process operating in the stars with radiative outer envelopes. Furthermore, we have also discovered existence of magnetic fields on these stars that have up to now been thought to be non-magnetic. Here we will discuss the dynamical spot evolution on HD 11753 and our new results on magnetic fields on AR Aur
AR Aur is the only eclipsing binary known to contain a HgMn star, making it an ideal case for a deta...
We present an investigation of the magnetic field geometries and inhomogeneous distribution of chemi...
Starspots are usually associated with the action of magnetic fields at stellar surfaces. However, an...
Our recent studies of late B-type stars with HgMn peculiarity revealed for the first time the presen...
Our recent studies of HD 11753, a late B-type star showing a HgMn peculiarity for the first time rev...
Context. Mercury-manganese (HgMn) stars have been considered as non-magnetic and non-variable chemic...
Mercury-manganese (HgMn) stars belong to the class of chemically peculiar (CP) stars. It was recentl...
Aims: We gathered about 100 high-resolution spectra of three typical HgMn (mercury-manganese) stars...
Aims: Time series of high-resolution spectra of the late B-type star HD 11753 exhibiting HgMn chemic...
The system AR Aur is a young late B-type double-lined eclipsing binary with a primary star of HgMn p...
peer reviewedThe discovery of exotic abundances, chemical inhomogeneities, and weak magnetic fields ...
Context. According to our current understanding, a subclass of the upper main-sequence che...
Context. A subclass of the upper main-sequence chemically peculiar stars, mercury-manganese (HgMn) s...
Aims: We gathered about 100 high-resolution spectra of three typical HgMn (mercury-manganese) stars,...
Context. According to our current understanding, a subclass of the upper main-sequence chemically pe...
AR Aur is the only eclipsing binary known to contain a HgMn star, making it an ideal case for a deta...
We present an investigation of the magnetic field geometries and inhomogeneous distribution of chemi...
Starspots are usually associated with the action of magnetic fields at stellar surfaces. However, an...
Our recent studies of late B-type stars with HgMn peculiarity revealed for the first time the presen...
Our recent studies of HD 11753, a late B-type star showing a HgMn peculiarity for the first time rev...
Context. Mercury-manganese (HgMn) stars have been considered as non-magnetic and non-variable chemic...
Mercury-manganese (HgMn) stars belong to the class of chemically peculiar (CP) stars. It was recentl...
Aims: We gathered about 100 high-resolution spectra of three typical HgMn (mercury-manganese) stars...
Aims: Time series of high-resolution spectra of the late B-type star HD 11753 exhibiting HgMn chemic...
The system AR Aur is a young late B-type double-lined eclipsing binary with a primary star of HgMn p...
peer reviewedThe discovery of exotic abundances, chemical inhomogeneities, and weak magnetic fields ...
Context. According to our current understanding, a subclass of the upper main-sequence che...
Context. A subclass of the upper main-sequence chemically peculiar stars, mercury-manganese (HgMn) s...
Aims: We gathered about 100 high-resolution spectra of three typical HgMn (mercury-manganese) stars,...
Context. According to our current understanding, a subclass of the upper main-sequence chemically pe...
AR Aur is the only eclipsing binary known to contain a HgMn star, making it an ideal case for a deta...
We present an investigation of the magnetic field geometries and inhomogeneous distribution of chemi...
Starspots are usually associated with the action of magnetic fields at stellar surfaces. However, an...