Antarctica offers probably the best ground-based conditions for observing in the 1–3 μm region, and may thus be considered as an alternative to Space for this domain. We examine the potential of integral-field spectro-photometry over wide areas of the sky in this wavelength range for the study of carbon stars, that seems promising. On the other hand, the conditions of transparency, background, and their short-time stability from Antarctic sites still need to be evaluated
Context. Thousands of C stars have been identified in Local Group galaxies using narrow band photom...
Context. Eradicating the problems associated with the Earth's day-night cycle is mandatory for long ...
Antarctica has long been recognised as an exceptionally good location for astronomy. On the Antarcti...
ABSTRACT. We have identified 139 cool carbon stars in the near-infrared spectrophotometric survey of...
International audienceNear-infrared spectro-photometry, at a spectral resolution of ~100, allows to ...
A preliminary analysis of the data from the MSX space infrared satellite, seems to confirm that the ...
Aims.We investigate the intermediate-age asymptotic giant branch stellar population of two Local Gro...
The first suite of instruments and associated science cases for a larger facility at Dome C are main...
An important parameter that defines the effectiveness and efficiency of any optical or infrared sky ...
Near-infrared spectro-photometry, at a spectral resolution of ~100, allows to characterize a great ...
Site conditions at the South Pole have been shown to be exceptionally favourable for infrared astron...
We have identified 139 cool carbon stars in the near-infrared spectro-photometric survey of the Infr...
Aims.High-angular resolution investigations of carbon stars. Methods. Milliarcsecond resolut...
The unique advantages for astronomy on the Antarctic plateau are now well established. In particular...
The extremely dry, cold and tenuous air of the Antarctic plateau makes it the premier site on the ea...
Context. Thousands of C stars have been identified in Local Group galaxies using narrow band photom...
Context. Eradicating the problems associated with the Earth's day-night cycle is mandatory for long ...
Antarctica has long been recognised as an exceptionally good location for astronomy. On the Antarcti...
ABSTRACT. We have identified 139 cool carbon stars in the near-infrared spectrophotometric survey of...
International audienceNear-infrared spectro-photometry, at a spectral resolution of ~100, allows to ...
A preliminary analysis of the data from the MSX space infrared satellite, seems to confirm that the ...
Aims.We investigate the intermediate-age asymptotic giant branch stellar population of two Local Gro...
The first suite of instruments and associated science cases for a larger facility at Dome C are main...
An important parameter that defines the effectiveness and efficiency of any optical or infrared sky ...
Near-infrared spectro-photometry, at a spectral resolution of ~100, allows to characterize a great ...
Site conditions at the South Pole have been shown to be exceptionally favourable for infrared astron...
We have identified 139 cool carbon stars in the near-infrared spectro-photometric survey of the Infr...
Aims.High-angular resolution investigations of carbon stars. Methods. Milliarcsecond resolut...
The unique advantages for astronomy on the Antarctic plateau are now well established. In particular...
The extremely dry, cold and tenuous air of the Antarctic plateau makes it the premier site on the ea...
Context. Thousands of C stars have been identified in Local Group galaxies using narrow band photom...
Context. Eradicating the problems associated with the Earth's day-night cycle is mandatory for long ...
Antarctica has long been recognised as an exceptionally good location for astronomy. On the Antarcti...