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You are here		profmattstrassler.com A Half Century Since the Birth of QCD
\|	\|	4gravitons.com Nature Abhors a Constant \| 4 gravitons	3.9 parsecs away Travel
\|	\|	Why is a neutrino lighter than an electron? Why is the strong nuclear force so much stronger than the weak nuclear force, and why are both so much stronger than gravity? For that matter, why do any particles have the masses they do, or forces have the strengths they do? To some people, these sorts...	3.9 parsecs away Travel
\|	\|	www.quantamagazine.org 'Impossible' Particle Discovery Adds Key Piece to the Strong Force Puzzle \| Quanta Magazine	3.9 parsecs away Travel
\|	\|	The unexpected discovery of the double-charm tetraquark has given physicists a new tool with which to hone their understanding of the strongest of nature's...	3.9 parsecs away Travel
\|	\|	backreaction.blogspot.com Sabine Hossenfelder: Backreaction: Does Loop Quantum Cosmology make the black hole information loss problem worse rather than...	1.9 parsecs away Travel
\|	\|	Science News, Physics, Science, Philosophy, Philosophy of Science	1.9 parsecs away Travel
\|	\|	scottaaronson.blog Shtetl-Optimized » Blog Archive » Randomness Rules in Quantum Mechanics	25.2 parsecs away Travel
\|		So, Part II of my two-part series for American Scientist magazine about how to recognize random numbers is now out. This part---whose original title was the one above, but was changed to "Quantum Randomness" to fit the allotted space---is all about quantum mechanics and the Bell inequality, and their use in generating "Einstein-certified random numbers."	25.2 parsecs away Travel