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The binding of quarks in mesons baffles me. It's an Occam's Razor thing. Since a meson is a colorless, the simplest way to bind its two quarks together is to...
Asked on 03/07/2021
1 answerTitle says it all. What exactly is the difference between potential and potential energy in conservative force field like gravity or electric force...
Asked on 03/07/2021
1 answerThe nonlinear susceptibilities have an intrinsic permutation symmetry. This symmetry treats two frequency components that are equal differently than it treats two frequency components that are slightly different. Typically,...
Asked on 03/07/2021 by Andrew Spott
1 answerIt seems natural to all people, when talking about the energy scale of inflation to take simply $$E_{text{inf}} = Acdot rcdot V^{1/4}$$ Where, $A$ is some factor, ...
Asked on 03/06/2021 by Saladino
1 answerI noticed that coordinate systems $S,S'$ connected by a Lorentz transformation are depicted geometrically as having the same "origin event" $O$ in Minkowski spacetime. Is it correct then...
Asked on 03/06/2021
2 answerI was thinking about a very simple question. Imagine we have a semiconductor "embedded by vacuum". Regarding this situation, I was thinking what is the potential felt by the electron...
Asked on 03/06/2021
0 answerI know that Noether's theorem relates conservation laws with symmetries, and I read that to find CPT violation, Lorentz invariance symmetry needs to be broken.This implies that if a...
Asked on 03/06/2021 by Loren Meehan
0 answerI have been trying to find a good reference to understand the motion of vortices in type-II superconductors. While most textbooks on superconductivity talk qualitatively about this subject, I have...
Asked on 03/06/2021
1 answerI have started learning about the wave nature of matter. But unlike classical physics, I am having trouble imagining the wave nature. I am unable to imagine that a particle...
Asked on 03/06/2021
3 answerwhy is $r_2$ striving against infinity in the formula $? = ???(frac{1}{?_1}−frac{1}{?_2})$, so its often simplified to $? = frac{???}{r}$ ? I know that in the final...
Asked on 03/06/2021 by insertRandomName
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