text: 193,95,1146677258851106816,3368978577,James Kuszlewicz,"Our new paper is out on arXiv! We show how to infer the asteroseismic inclination angle of a star using a hierarchical Bayesian model! <LINK>. Check out <LINK> and <LINK> for the code! A huge thank you also to all my coauthors who made this work possible, including @Thomas_S_North @astrokeat @farrwill @CitationWarrior! @simon4nine Cheers mate! How are you doing in Oz?",https://arxiv.org/abs/1907.01565,"The stellar inclination angle-the angle between the rotation axis of a star and our line of sight-provides valuable information in many different areas, from the characterisation of the geometry of exoplanetary and eclipsing binary systems, to the formation and evolution of those systems. We propose a method based on asteroseismology and a Bayesian hierarchical scheme for extracting the inclination angle of a single star. This hierarchical method therefore provides a means to both accurately and robustly extract inclination angles from red giant stars. We successfully apply this technique to an artificial dataset with an underlying isotropic inclination angle distribution to verify the method. We also apply this technique to 123 red giant stars observed with $\textit{Kepler}$. We also show the need for a selection function to account for possible population-level biases, that are not present in individual star-by-star cases, in order to extend the hierarchical method towards inferring underlying population inclination angle distributions. ",Bayesian hierarchical inference of asteroseismic inclination angles,3,"['Our new paper is out on arXiv! We show how to infer the asteroseismic inclination angle of a star using a hierarchical Bayesian model! <LINK>. Check out <LINK> and <LINK> for the code!', 'A huge thank you also to all my coauthors who made this work possible, including @Thomas_S_North @astrokeat @farrwill @CitationWarrior!', '@simon4nine Cheers mate! How are you doing in Oz?']",19,07,370