The 2016 Nobel Prize in Physics - Professor Michael Fuhrer

[@forevermusicinmyheart8975]

Thank you so much for this technical but also very approachable way of explaining!

[@roberthuber2770]

What an incredible talk! Thank you!

[@anarchistalhazen7084]

Thanks for sharing this awesome Colloquium!

[@lattelab5040]

Nice physics, but not so sure about the electronic device. The minimum 2 terminal (contact) resistance of the topological FET is h/2e^2 = 12.9 kOhms corresponding to the two propagating modes. The allowed R_external from 2015 ITRS is ~200 Ohms/micron channel width. Low power drive current targets are ~1.5 mA/micron. 1D edge channels are not going to do the job for a FET. But gate controllable topology is very interesting.

[@streamstriss]

7 years huh? I found this video just in time then.

[@sujithcooray3162]

Very helpful

[@sparshmishra97]

Amazing talk!

[@SebastianWill]

Wonderful talk!

[@mappingtheshit]

If you have nothing to say, please save us from your waste shit

[@zaidsserubogo261]

"Topological degrees of dynamical freedom as a function of space-time manifold, less that, you land in discontinueties and non smoothness which is topologically doomed

[@TomAtkinson]

Mind = melted + spun squared

[@walterbishop3668]

His wife calls him my Fuhere :p

[@arrahman8818]

nice

[@mappingtheshit]

If you have nothing to say, please, shut the fuck up

[@DIANNEELEE]

OK I'll bite and play stupid!!! HEIL . THAT'S AS BAD AS A FAMILY I ONCE KNEW NAME OF EICHMANN, AND IN AMERICA. AND THEY WERE GERMANS!!!😈😈😈????????????

[@lucamorieri1940]

Iiìiiiiiìiiiìiiiiìiiììiiì7

[@carsonhamilton]

uhh ....umm.....uhhh

[@fforfunforkids4461]

nice....can you send me this presentation on my gmail account plzzz

[@tomsmith6878]

yes

[@userjeffe]

Yes, I’ll send it right up your keister

[@lisandrovenosta3865]

Excellent talk!