This paper presents the Geneva stellar evolution code with special emphasis on the modeling of solar-type stars. The basic input physics used in the Geneva code as well as the modeling of atomic diffusion is first discussed. The physical description of rotation is then presented. Finally, the modeling of magnetic instabilities and transport of angular momentum by internal gravity waves is briefly summarize
A method was developed which allows us to study the evolution of rotating stars beyond the main sequ...
International audienceContext. Asteroseismic observations enable the characterisation of the interna...
Transport processes occurring in the radiative interior of low-mass stars are evidenced by the surfa...
International audienceContext: Recent progress and constraints brought by helio and asteroseismology...
International audienceContext. With the progress of observational constraints on stellar ro...
The evolution of rotating stars with zero-age main sequence (ZAMS) masses in the range 8 to 25 M_sun...
We produced a model grid of rotating main and post-main sequence stars with the Geneva Stellar Evolu...
Although it presently includes convective overshoot, microscopic diffusion, gravitational settling a...
Context. With the progress of observational constraints on stellar rotation and on the ang...
International audienceContext. Understanding the angular momentum evolution of stars is one of the g...
A method was developed which allows us to study the evolution of rotating stars beyond the main sequ...
International audienceContext. Asteroseismic observations enable the characterisation of the interna...
Transport processes occurring in the radiative interior of low-mass stars are evidenced by the surfa...
International audienceContext: Recent progress and constraints brought by helio and asteroseismology...
International audienceContext. With the progress of observational constraints on stellar ro...
The evolution of rotating stars with zero-age main sequence (ZAMS) masses in the range 8 to 25 M_sun...
We produced a model grid of rotating main and post-main sequence stars with the Geneva Stellar Evolu...
Although it presently includes convective overshoot, microscopic diffusion, gravitational settling a...
Context. With the progress of observational constraints on stellar rotation and on the ang...
International audienceContext. Understanding the angular momentum evolution of stars is one of the g...
A method was developed which allows us to study the evolution of rotating stars beyond the main sequ...
International audienceContext. Asteroseismic observations enable the characterisation of the interna...
Transport processes occurring in the radiative interior of low-mass stars are evidenced by the surfa...