However, STARFORGE can model star formation, evolution, and solar dynamics while accounting for how the star's radiation, solar wind, and even nearby supernovae could affect the environment.

The model also accounts for other activity, like radiation, wind and supernovae, or the explosions of nearby stars, and how they impact the formation of a star. While it serves as a beautiful ...

A study published in Astronomy & Astrophysics has identified four previously unknown primordial open cluster (OC) groups in ...

"One of the key goals of these simulations was to generate a large dataset to explore the physics of star formation. Each model has around 3,000 single images spread out over a time period of 60 days.

we expect such a nonlinear effect with IDE as the local attraction increases with star formation. The standard ΛCDM model ...

The larger a star is, the shorter its life span, so these larger mass stars would not have survived until today. However the warm dark matter model predicts the formation of low mass stars as well ...

Faber emphasized that the model does not yet explain in detail the physical mechanisms involved in the quenching of star formation. “The key physical processes that this simple theory evokes are not ...

This large data set shows that the accepted model of low-mass star formation needs to be expanded to explain the formation of high-mass stars. This suggests the formation of high-mass stars is ...

The optical stellar spectrum of a galaxy can be used as a probe of both its past star-formation history, and the metallicity of its gas as a function of time. The spectra of a large sample of ...

Faber emphasized that the model does not yet explain in detail the physical mechanisms involved in the quenching of star formation. “The key physical processes that this simple theory evokes are ...