Time, not space plus time, might be the single fundamental property in which all physical phenomena occur, according to a new theory by a University of Alaska Fairbanks scientist.
I got excited that the paper makes concrete predictions for particle masses - the electron, muon, and tau, the quarks, and the neutrinos. For the moment, particle masses are free parameters in the Standard Model that you need to plug arbitrary experimentally-derived numbers into. A theory that can calculate them directly would be a great theory, even if it were as weird as having 3 time dimensions.
Buuut… this paper doesn’t actually explain how it calculates all its amazing predictions. It just starts with something like “what if Schrödinger equation, but instead of exp(it) we had exp(it1 + it2 + it3)!” And I agree: yes! Let’s! What if! We should explore all possibilities, no matter how weird, if they lead to better understanding of the world. But then it immediately goes to say “let α and γ be some [unspecified] constants. Therefore the mass of the muon is 105.6583745 MeV”. Like… how?
I thought maybe this is a paper just to announce the theory, and all the laborious calculations are in the supplemental materials, but at the very bottom it specifically writes “Data Availability: The theoretical predictions and numerical calculations presented in this paper are fully described within the text.” **Frodo mode:** Fine, keep you secrets!
Until the author shows the actual theory and the calculations outputting all these amazing predictions, they are no more useful than that LinkedIn post that said “what if e = mc2 but e = mc2 + AI”
I got excited that the paper makes concrete predictions for particle masses - the electron, muon, and tau, the quarks, and the neutrinos. For the moment, particle masses are free parameters in the Standard Model that you need to plug arbitrary experimentally-derived numbers into. A theory that can calculate them directly would be a great theory, even if it were as weird as having 3 time dimensions.
Buuut… this paper doesn’t actually explain how it calculates all its amazing predictions. It just starts with something like “what if Schrödinger equation, but instead of
exp(it)we hadexp(it1 + it2 + it3)!” And I agree: yes! Let’s! What if! We should explore all possibilities, no matter how weird, if they lead to better understanding of the world. But then it immediately goes to say “let α and γ be some [unspecified] constants. Therefore the mass of the muon is 105.6583745 MeV”. Like… how?I thought maybe this is a paper just to announce the theory, and all the laborious calculations are in the supplemental materials, but at the very bottom it specifically writes “Data Availability: The theoretical predictions and numerical calculations presented in this paper are fully described within the text.” **Frodo mode:** Fine, keep you secrets!
Until the author shows the actual theory and the calculations outputting all these amazing predictions, they are no more useful than that LinkedIn post that said “what if e = mc2 but e = mc2 + AI”