6/ Source: Mkrtichian et al., "The detection of the rich p-mode spectrum and asteroseismology of Przybylski's star."
#Astrophysics #Stars #Asteroseismology #ChemicallyPeculiarStars

How can p-mode pulsations in Przybylski's Star be produced at many different frequencies? What is the mechanism?
#Astrophysics #Stars #Asteroseismology #ChemicallyPeculiarStars

#Astrophysics #Stars #Spectroscopy #ChemicallyPeculiarStars

After the Sun, in which around 73 chemical elements have been identified, Przybylski's Star is the star with the second-largest number of known chemical elements.
#Astrophysics #Stars #Spectroscopy #ChemicallyPeculiarStars

While I was reading some papers about Przybylski's Star, I became interested in the mechanism of roAp stars. What is the cause of these pulsations? #Astrophysics #Stars #VariableStars #ChemicallyPeculiarStars

New in the #VirtualObservatory: “High radial velocity stars abundances” by Alazzawi J.M.K. et al.
https://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+A/713/A60
#ChemicalAbundances #ChemicallyPeculiarStars #HighVelocityStars #VisibleAstronomy

8/ But it is still a tricky question!
Source: Shavrina et al., "The spectrum of the roAp star HD 101065 (Przybylski's Star) in the Lil 6708 Å spectral region."
#Astrophysics #Stars #Spectroscopy #ChemicallyPeculiarStars