Abstract. A description of the early days of infrared site testing at the South Pole is given, with special attention paid to the data which quantified the conditions during summer and the long twilight period. Such times are also provide relatively benign conditions for humans in Antarctica as well. We show that they are favourable for many observing programs that require the thermal infrared, and then dis-cuss a number of specific projects that could be undertaken. Such projects might mark the first to be conducted with any new telescope in Antarctica, as they would enable science to be carried out during the commissioning period.
International audienceThe outstanding atmospheric conditions of the Dome C give a unique opportunity...
The dry cold tenuous and stable air above the Antarctic plateau provides superb conditions for the c...
Observing conditions at the South Pole have probably been better characterised than at any other sit...
We discuss the site conditions for astronomy at the South Pole and over the Antarctic plateau. We fi...
Site conditions at the South Pole have been shown to be exceptionally favourable for infrared astron...
Over the past few years, site-testing at the South Pole has revealed conditions that are uniquely fa...
Hereafter we give a brief history of our contribution to astronomical site testing in Antarctica, at...
The gain of thermal infrared instruments in the 2–25 μm wavelength range from Antarctica is summariz...
Over the past few years, site-testing at the South Pole has revealed conditions that are uniquely fa...
International audienceHereafter we give a brief history of our contribution to astronomical site tes...
Thanks to exceptional coldness, low sky brightness and low content of water vapour of the above atmo...
Thanks to exceptional coldness, low sky brightness and low content of water vapour of the above atmo...
International audienceThe outstanding atmospheric conditions of the Dome C give a unique opportunity...
An important parameter that defines the effectiveness and efficiency of any optical or infrared sky ...
The Antarctic plateau provides superb sites for infrared astronomy, a result of the combination of l...
International audienceThe outstanding atmospheric conditions of the Dome C give a unique opportunity...
The dry cold tenuous and stable air above the Antarctic plateau provides superb conditions for the c...
Observing conditions at the South Pole have probably been better characterised than at any other sit...
We discuss the site conditions for astronomy at the South Pole and over the Antarctic plateau. We fi...
Site conditions at the South Pole have been shown to be exceptionally favourable for infrared astron...
Over the past few years, site-testing at the South Pole has revealed conditions that are uniquely fa...
Hereafter we give a brief history of our contribution to astronomical site testing in Antarctica, at...
The gain of thermal infrared instruments in the 2–25 μm wavelength range from Antarctica is summariz...
Over the past few years, site-testing at the South Pole has revealed conditions that are uniquely fa...
International audienceHereafter we give a brief history of our contribution to astronomical site tes...
Thanks to exceptional coldness, low sky brightness and low content of water vapour of the above atmo...
Thanks to exceptional coldness, low sky brightness and low content of water vapour of the above atmo...
International audienceThe outstanding atmospheric conditions of the Dome C give a unique opportunity...
An important parameter that defines the effectiveness and efficiency of any optical or infrared sky ...
The Antarctic plateau provides superb sites for infrared astronomy, a result of the combination of l...
International audienceThe outstanding atmospheric conditions of the Dome C give a unique opportunity...
The dry cold tenuous and stable air above the Antarctic plateau provides superb conditions for the c...
Observing conditions at the South Pole have probably been better characterised than at any other sit...