Wired: The Experiments Most Likely to Shake Up the Future of Physics

LUX Detector
LUX: A dark matter detector and art installation

If you’ve been following Pop Physics (especially if you’ve stuck through the overlong and unannounced hiatus that started with the new school year) and are still in school, there’s an excellent chance that you’ll end up working for one of these projects someday!
The Experiments Most Likely to Shake Up the Future of Physics

Here’s one of my favourites:

“NOvA will attempt to figure out this mass hierarchy by shooting a beam of neutrinos from Fermilab near Chicago 810 kilometers away to a detector in Ash River, Minnesota. A similar experiment in Japan called T2K is also sending neutrinos across 295 kilometers. As they pass through the Earth, neutrinos oscillate between their three different types. By comparing how the neutrinos look when they are first shot out versus how they appear at the distant detector, NOvA and T2K will be able to determine their properties with high precision.”

Science!