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HITS is looking for a
Postdoctoral Researcher in Asteroseismology (m/f/d)
The Theory and Observations of Stars (TOS) group at the Heidelberg Institute for Theoretical Studies invites applications for a Postdoc position within the ERC-funded project DipolarSound.
Within the TOS group we are interested in understanding the physical processes that determine the structure and evolution of stars using asteroseismology – the study of the internal structures of stars through their global oscillations. The focus is on solar-like oscillators, i.e. low-mass main-sequence stars, subgiants and red-giant stars that possess oscillations similar to those present in the Sun. We encourage both more observational as well as more theoretical inclined candidates to apply.
Your role
We are seeking a highly motivated Postdoc to join the DipolarSound project in the TOS group. In this role you will be able to lead projects, as well as contribute to already ongoing work. There is also the possibility to (co-)supervise students.
The DipolarSound project funded by an ERC consolidator grant focusses specifically on the use of dipole modes in red-giant stars to infer the structure of these stars as well as differences in structures in red-giant stars with different oscillation patterns. This project involves the analysis of both observational data, as well as synthetic stellar models to understand what the observed phenomena mean in terms of the underlying structure of the stars. The focus will be on the analysis and interpretation of the mixed-dipole modes to investigate the conditions in the deep layers of these stars
Postdoctoral Researcher in Asteroseismology (m/f/d)
The Theory and Observations of Stars (TOS) group at the Heidelberg Institute for Theoretical Studies invites applications for a Postdoc position within the ERC-funded project DipolarSound.
Within the TOS group we are interested in understanding the physical processes that determine the structure and evolution of stars using asteroseismology – the study of the internal structures of stars through their global oscillations. The focus is on solar-like oscillators, i.e. low-mass main-sequence stars, subgiants and red-giant stars that possess oscillations similar to those present in the Sun. We encourage both more observational as well as more theoretical inclined candidates to apply.
Your role
We are seeking a highly motivated Postdoc to join the DipolarSound project in the TOS group. In this role you will be able to lead projects, as well as contribute to already ongoing work. There is also the possibility to (co-)supervise students.
The DipolarSound project funded by an ERC consolidator grant focusses specifically on the use of dipole modes in red-giant stars to infer the structure of these stars as well as differences in structures in red-giant stars with different oscillation patterns. This project involves the analysis of both observational data, as well as synthetic stellar models to understand what the observed phenomena mean in terms of the underlying structure of the stars. The focus will be on the analysis and interpretation of the mixed-dipole modes to investigate the conditions in the deep layers of these stars