International audienceAsteroseismology requires observables registered in stringent conditions: very high sensitivity, uninterrupted time series, long duration. These specifications then allow to study the details of the stellar interior structure. Space-borne and ground-based asteroseismic projects are presented and compared. With CoRoT as a precursor, then Kepler and maybe Plato, the roadmap in space appears to be precisely designed. In parallel, ground-based projects are necessary to provide different and unique information on bright stars with Doppler measurements. Dome C appears to be the ideal place for ground-based asteroseismic observations. The unequalled weather conditions yield a duty cycle comparable to space. Long time series (...
New observations of stellar pulsations, particularly from the CoRoT and Kepler space missions, have ...
Context. Dome C in Antarctica is a promising site for photometric observations thanks to the continu...
International audienceSIAMOIS is a project devoted to ground-based asteroseismology, involving an in...
International audienceAsteroseismology requires observables registered in stringent conditions: very...
Asteroseismology requires observables registered in stringent conditions: very high sensitivity, uni...
A new solution is emerging for ground-based asteroseismology with the potential opening of Dome C in...
International audienceSIAMOIS is a ground-based asteroseismology project, to pursue velocity measure...
This paper presents the conclusions of the working group for stellar physics observations at the Dom...
Regarding its seeing properties or its photometric quality as well, the Dome C Concordia site is pre...
Abstract. Gattini and CSTAR have been installed at Dome A, Antarctica, which provide time-series pho...
This paper discusses the opportunities at Dome C for both photometric and spectroscopic asteroseismo...
International audienceWe report the observations of the clear-sky fraction at the Concordia station ...
Context. The Concordia base in Dome C, Antarctica, is an extremely promising site for photometric as...
The detection of solar-like oscillations in thousands of cool stars enabled by the ultra-precise pho...
Asteroseismology involves probing the interiors of stars and quantifying their global properties, su...
New observations of stellar pulsations, particularly from the CoRoT and Kepler space missions, have ...
Context. Dome C in Antarctica is a promising site for photometric observations thanks to the continu...
International audienceSIAMOIS is a project devoted to ground-based asteroseismology, involving an in...
International audienceAsteroseismology requires observables registered in stringent conditions: very...
Asteroseismology requires observables registered in stringent conditions: very high sensitivity, uni...
A new solution is emerging for ground-based asteroseismology with the potential opening of Dome C in...
International audienceSIAMOIS is a ground-based asteroseismology project, to pursue velocity measure...
This paper presents the conclusions of the working group for stellar physics observations at the Dom...
Regarding its seeing properties or its photometric quality as well, the Dome C Concordia site is pre...
Abstract. Gattini and CSTAR have been installed at Dome A, Antarctica, which provide time-series pho...
This paper discusses the opportunities at Dome C for both photometric and spectroscopic asteroseismo...
International audienceWe report the observations of the clear-sky fraction at the Concordia station ...
Context. The Concordia base in Dome C, Antarctica, is an extremely promising site for photometric as...
The detection of solar-like oscillations in thousands of cool stars enabled by the ultra-precise pho...
Asteroseismology involves probing the interiors of stars and quantifying their global properties, su...
New observations of stellar pulsations, particularly from the CoRoT and Kepler space missions, have ...
Context. Dome C in Antarctica is a promising site for photometric observations thanks to the continu...
International audienceSIAMOIS is a project devoted to ground-based asteroseismology, involving an in...