Code of Conduct
The organizers are committed to making this focus meeting productive and enjoyable for everyone, regardless of any aspects of identity. The SOC will make sure all participants abide by the ISC rules on non-discrimination, as well as the IAU anti-harassment policy, to help us achieve a safe and positive focus meeting for everyone.
Preliminary Program Outline
1. The FUV and ionizing continuum from massive stars
1.1. Can we trust models for the ionizing continuum of massive stars?
1.2. What is the ionizing source of nebular He II?
1.3. What are the properties of extremely metal-poor massive stars?
2. Binary stars
2.1. Frequency of massive stars in binaries
2.2. Effects on population properties in star clusters
2.3. Observational tests
3. Very massive stars and very metal-poor stars
3.1. Probability of existence and future observation
3.2. Theoretical properties
3.3. Clues from observations of massive super star clusters
4. Observations of massive stars in extragalactic star clusters
4.1. Implications for massive stars from cluster observations
4.2. Is the stellar initial mass function universal?
4.3. Scaling relations with observed properties: masses, ages, formation efficiency
5. Feedback from massive stars in stellar clusters
5.1. Mechanical energy from stellar winds and supernovae in stellar clusters
5.2. How does time-dependent feedback affect the dynamics and chemical composition of the ISM?
5.3. Evidence of multiple populations in young clusters and link to evolved clusters
6. Population models for young star clusters
6.1. Do observations of clusters suggest deficiencies in our understanding of massive star evolution?
6.2. Constraining the EUV ionizing continuum from FUV stellar population synthesis models
6.3. Impact of future stellar UV template spectra on the interpretation of cluster spectra
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