South Pole Topography
brr.fyi
brr.fyi
Basically we're looking for really energetic neutrinos by burying radio antennas (and readout electronics) in the ice. If a really energetic neutrino interacts in the ice, it will produce a particle shower, which, at really high energies (like > 10-100 PeV) will produce detectable radio emission. Since there is lots of ice both in Antarctica and in Greenland, we have detectors in both places.
The tops of the pillars would be accessible from inside the building.
When you want the building "height" to increase, you install another notch to each pillar and set the system to climb it's way up (or even down) a notch.
Such a structure would be "drift" proof.
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Is this the concept alluded to but not addressed directly in TFA? A quick web search didn't turn up any information for me.https://www.southpolestation.com/foundationdesign.html
https://www.nsf.gov/news/special_reports/livingsouthpole/new...
It’s the current trend for antarctic architecture, also seen in the German Von Neumayer III and the British Halley VI stations.
Thereby enabling us to get https://en.wikipedia.org/wiki/Ice_core and analyse the layers like tree rings, err... https://en.wikipedia.org/wiki/Dendrochronology
I wish my comment history ("threads" link at top of every page) would adjust to push the comment up so I'd be more likely to see the thread again or notice any replies without counting on email alerts.
I'm not averse to encoding more metadata in the HTML if people would actually use it, but I'm averse to displaying that sort of thing in the UI because I fear the downside would outweigh the upside.