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The Conversation
The Conversation
Tyce DeYoung, Professor of Physics and Astronomy, Michigan State University

I’m a physicist who worked on the Nobel-winning neutrino search – here’s how a cubic kilometer of Antarctic ice became a telescope for ghost particles from space

The IceCube observatory sits atop the South Pole's 1.8-miles-thick pure, clear ice sheet. Ilya Bodo, IceCube/NSF

Standing at the South Pole is the next-best thing to being on another planet. If you walk a few hundred yards away from the National Science Foundation’s research station, you see a featureless plain of snow and ice, most likely empty of living creatures larger than microbes for hundreds of miles.

With nothing but snow for sound waves to echo off, there’s an eerie silence. It’s easy to get lost in reverie, contemplating the stark landscape. But then I remember that I’m here for a reason: to work on what may be the world’s weirdest telescope, watching for some of nature’s most mysterious subatomic particles.

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