Include rotation effect in synthetic clusters

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Tags: rotate, rotating

1. Uniformly Rotating Stars with Hydrogen- and Metallic-Line Blanketed Model Atmospheres, Maeder & Peytremann (1972) (and other articles by Maeder, A)
2. The Evolution of Rotating Stars, Maeder & Meynet (2000) (book)
3. Can rotation explain the multiple main-sequence turn-offs of Magellanic Cloud star clusters?, Girardi et al. (2011)
4. Combined Effects of Binaries and Stellar Rotation on the Color-Magnitude Diagrams of Intermediate-age Star Clusters, Li et al. (2012), Zotero
5. The Effects of Rotation on the Main-sequence Turnoff of Intermediate-age Massive Star Clusters, Yang et al. (2013)
6. Populations of rotating stars III. SYCLIST, the new Geneva Population Synthesis code, Georgy et al. (2014)
7. Rotating Stellar Models Can Account for the Extended Main Sequence Turnoffs in Intermediate Age Clusters, Timothy et al. (2015) ; Method described in much more detail in: The Morphology of the Sub-Giant Branch and Red Clump Reveal No Sign of Age Spreads in Intermediate Age Clusters, Nate & Florian (2015)
8. The extended Main Sequence Turn Off cluster NGC1856: rotational evolution in a coeval stellar ensemble, D'antona et al. (2015)
9. Apparent age spreads in clusters and the role of stellar rotation, Niederhofer et al. (2015); Astrobitos
10. Synthetic clusters of massive stars to test stellar evolution models, Georgy & Ekström (2015) SYCLIST code
    1. A Multi-Wavelength Study of the Segue 3 Cluster, Huges et al. (2017, Zotero), uses the SYCLIST code to generate synthetic clusters taking rotation into account.
11. A Young Cluster With an Extended Main Sequence Turnoff: Confirmation of a Prediction of the Stellar Rotation Scenario, Bastian et al. (2016)
12. The Missing Magnetic Morphology Term in Stellar Rotation Evolution, Garraffo et al. (2016)
13. Rotating Stars from Kepler Observed with Gaia DR1, Davenport (2016)
14. CSI 2264: Investigating rotation and its connection with disk accretion in the young open cluster NGC 2264, Venuti et al. (2016)
15. Differences in the rotational properties of multiple stellar populations in M 13: a faster rotation for the "extreme" chemical subpopulation, Cordero et al. (2016)
16. The Monitor project: rotation of low-mass stars in the open cluster NGC2516, Irwin et al. (2007)
17. A Systematic Study of Effects of Stellar Rotation, Age Spread, and Binaries on Color-Magnitude Diagrams with Extended Main-sequence Turnoffs, Li et al. (2016), Zotero
18. Age Determinations of the Hyades, Praesepe, and Pleiades via MESA Models with Rotation, Gossage et al. (2018)
19. Stellar Rotation in the Gaia Era: Revised Open Clusters Sequences, Godoy-Rivera et al. (2021)

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This is handled by the isochrones