Concordia in the moonlight. [ConcordiaMoonlight - 3554x5388 - AdobeRGB - 2Mb - 19MPix]
Concordia station all lit up during the polar night. [ConcordiaMoonlight3 - 3535x5403 - AdobeRGB - 1Mb - 19MPix]
Stars rotating above Concordia during this long exposure. [ConcordiaStarRotation3 - 5654x3628 - AdobeRGB - 2Mb - 21MPix]
Stars rotating above Concordia during this long exposure. [ConcordiaStarRotation4 - 3635x5640 - AdobeRGB - 2Mb - 21MPix]
Stars above the glaciology shelter during the polar night. [GlacioShelterDark2 - 5651x3636 - AdobeRGB - 6Mb - 21MPix]
Milky Way above the glaciology shelter. [GlacioShelterDark3 - 5615x3658 - AdobeRGB - 5Mb - 21MPix]
The Milky Way above the glaciology shelter. The incredible stability of the atmosphere, low humidity, stable weather and absence of parasite light makes Dome C the best astronomical observatory on Earth. [GlacioShelterDark4 - 5615x3658 - AdobeRGB - 6Mb - 21MPix]
The Milky Way seen over the 180° horizon of the Dome C sky. The camera equipped with an 8mm fisheye lens was fixed to a telescope to allow for a few minutes of exposure. The telescope is visible on the upper left of the image and the band next to it is a faint aurora. The two white blurs are the Magellanic clouds. The dark area on the Milky way is called the Coal Sack and is a typical southern hemisphere feature, quite visible to the naked eye. The reddish lower part is light from the sun, still way bellow the horizon but shining nonetheless. [MilkyWayFV_ - 3472x3472 - AdobeRGB - 2Mb - 12MPix]
Stars rotating above Concordia during the antarctic night. [RotatingStars - 3628x5654 - AdobeRGB - 1Mb - 21MPix]
The two towers of Concordia during the 3 months long Antarctic winter night. [TwoTowersNight - 3628x5647 - AdobeRGB - 1Mb - 20MPix]