posted on Dec, 13 2008 @ 05:30 PM
I found a few interesting things going on down there. Only real military thing I could find was "Operation Deepfreeze"
www.globalsecurity.org...
There are a few other interesting items below as well.
At the present time, research at the US South Pole station consists majoritively of astronomy and astrophysics, including a huge 10 meter telescope
deployed in 2006, and the Ice Cube neutrino sub-particle detector, still in its multiyear deployment phase.
Consisting of nearly 5,000 optical neutrino detectors buried in strings into the Antarctic ice sheet between 1,450 to 2,450 metres under the snow
surface, Ice Cube is one of the largest scientific instruments on Earth. It is also by far the most costly research programme currently deployed in
Antarctica: A powerful window to the universe and fine example of "blue sky" science, it will enable researchers to learn more about supernovas, the
Big Bang, and hopefully other, as yet undiscovered phenomena.
Finally, in addition to astronomy and astrophysics, the new South Pole station also supports important atmospheric, meteorological, geological and
glaciological research, including the study of recently discovered sub-glacial lakes lying beneath the ice sheet not far from the South Pole
www.sciencepoles.org.../articles_interviews/grand_designs_new_antarctic_stations_around_the_ipy_200708/&uid=1248&fuid=1244
I am here to work on the IceCube project. The primary goal of IceCube is to detect neutrinos of high energy and to look for interesting sources that
produce them. Because neutrinos are weakly interacting they are very hard to detect. For this reason, IceCube is very large so that it can measure a
reasonably large sample of the elusive neutrinos. IceCube uses the two mile deep, clear Antarctic ice sheet as a target to convert a small fraction of
the passing neutrinos into charged particles that produce light as they move through the ice. To detect the light and reconstruct the trajectory of
the neutrinos, IceCube uses an array of thousands of detectors buried in more than a mile down in the ice. There are 60 optical modules on each cable
with 50 feet between nearest neighbors. The distance between neighboring cables is about 400 feet.
www.expeditions.udel.edu...
www.globalsecurity.org...