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Off the top of my head, they've made progress in quark-gluon plasma, discovering the AdS/CFT correspondence, and practical techniques for quantum computing. There's been enormous progress in computational methods, too. There's also been something very interesting going on with twistors. Oh, and 50 years ago quantum field theory was not on a formally sound footing, but now it is (not completely but it's closer). There's also a lot of progress in renormalization (RG group flow).

Oh, and don't forget about fifty years of Moore's law. We have solid state to thank for that.

I'm sure I could think of more if I gave it more time. The truth is that there have been no earthshattierng paradigm shifts in the last fifty years, but that's OK because they tend to happen once every couple centuries.



> discovering the AdS/CFT correspondence

This should not be counted as progress unless and until it actually makes experimental predictions that are confirmed.


It's used to study quark-gluon plasma but I can't tell you how fruitfully because that would require understanding it.


> It's used to study quark-gluon plasma

I'm not aware of any predictions it has made regarding quark-gluon plasma that can't be made equally well without it.


Maybe a minor note, but all units of measurement are now free of artifact based standards.




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