ExiledInIllinois Posted January 7, 2013 Posted January 7, 2013 BFLO has hope! http://www.tgdaily.com/general-sciences-features/68525-beyond-absolute-zero-temperatures-get-hotter
billsfanmiami(oh) Posted January 7, 2013 Posted January 7, 2013 Whew. Good thing they waited until now. For me I didn't need any more obstacles to passing physics in undergrad!
DC Tom Posted January 7, 2013 Posted January 7, 2013 "The quasi-momentum distribution develops sharp peaks at the upper band edge, revealing thermal equilibrium and bosonic coherence over several lattice sites." Well, ****. Everyone knows that.
Cugalabanza Posted January 8, 2013 Posted January 8, 2013 "The quasi-momentum distribution develops sharp peaks at the upper band edge, revealing thermal equilibrium and bosonic coherence over several lattice sites." - Leodis McKelvin
BillsFanM.D. Posted January 8, 2013 Posted January 8, 2013 What a brain fart. My response is similar to that of Chevy Chase in this 'quasi-famous' SNL skit.... http://pjmedia.com/eddriscoll/2011/12/25/it-was-my-understanding-that-there-would-be-no-math/
Fan in San Diego Posted January 8, 2013 Posted January 8, 2013 That confirms my theory that if you achieve the speed of light that you are actually standing still.
Cugalabanza Posted January 8, 2013 Posted January 8, 2013 (edited) That confirms my theory that if you achieve the speed of light that you are actually standing still. All you have to do is divide by zero. Try it on your calculator. The answer is "E" which, according to Einstein equals mc2. Voila! Edited January 8, 2013 by gringo starr
Fan in San Diego Posted January 8, 2013 Posted January 8, 2013 All you have to do is divide by zero. Try it on your calculator. The answer is "E" which, according to Einstein equals mc2. Voila! My calculator says 'Error' which looks like E=r2*r
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