Summary of IAU GA SpS 5 II: Stellar and Wind Parameters
F. Martins (1), M. Bergemann (2), J.M. Bestenlehner (3), P.A. Crowther, (4), W.R. Hamann (^5), F. Najarro (6), M.F. Nieva (7), N. Przybilla (7), J., Freimanis (8), W. Hou (9), L. Kaper (10), C.-D. Lee (11) ((1) LUPM, (2) MPA, Garching, (3) Armagh Observatory

TL;DR
This paper reviews the challenges and progress in determining stellar and wind parameters of massive stars using infrared diagnostics, crucial for analyzing obscured stars in the Milky Way and beyond.
Contribution
It summarizes recent developments, limitations, and successes in infrared-based methods for studying massive star properties in obscured environments.
Findings
Infrared diagnostics are essential for studying obscured massive stars.
There are notable limitations in current infrared methods.
Progress has been made in accurately determining stellar and wind parameters.
Abstract
The development of infrared observational facilities has revealed a number of massive stars in obscured environments throughout the Milky Way and beyond. The determination of their stellar and wind properties from infrared diagnostics is thus required to take full advantage of the wealth of observations available in the near and mid infrared. However, the task is challenging. This session addressed some of the problems encountered and showed the limitations and successes of infrared studies of massive stars.
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Taxonomy
TopicsStellar, planetary, and galactic studies · Astronomy and Astrophysical Research · Astronomical Observations and Instrumentation
