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Here is a paragraph with some statements about the Gauge Symmetry Breaking from Georgi's book Lie Algebras in Particle Physics 2nd ed -- From Isospin to Unified Theories (Georgi,...
Asked on 09/01/2021
0 answerI am in trouble with polarization and entanglement. Let's consider three cases : Case 1) : Statistical mixture of $|Hrangle$ and $|Vrangle$ polarized photons Case 2) : Photons...
Asked on 09/01/2021 by Bizniouf
2 answerI'm taking a a first-quarter mechanics class at a university and we're currently covering Newton's laws of motion. The problems themselves are pretty similar to what I did in high...
Asked on 09/01/2021 by lorentzfactor
1 answerI’m tackling physics recreationally from a pure math perspective. Right now I’m looking at just the outline of gauge theory. The Wikipedia article explains that gauge fields correspond to generators...
Asked on 09/01/2021
1 answerSo Anderson et al proposed a model to explain the production of Sub Auroral Ion Drifts. In the paper they talk about how the decrease in ionospheric...
Asked on 09/01/2021 by realanswers
2 answerIn electrostatics we have $$nabla cdot E = rho/varepsilon$$and using the divergence theorem we get $$int_{partialOmega} E cdot hat{n} dS = int_Omega rho/varepsilon dV.$$ This states that the electric...
Asked on 09/01/2021
1 answerFrom what I understand of Lorentz surfaces (spacetimes of dimension 2), it seems that, according to Kulkarni's theorem, two reasonable enough Lorentz surfaces (I am only interested in...
Asked on 09/01/2021 by Slereah
1 answerI've read elsewhere about the energy of a wave or wave packet, and the amplitude of its probability amplitude, affecting its odds of quantum tunneling... But what about the wavelength...
Asked on 09/01/2021
2 answerI'm studying the book Techniques of Differential Topology in Relativity by Roger Penrose and I'm stuck in an exercise he left to the reader. We say that the spacetime ...
Asked on 09/01/2021 by Bryant
0 answerThe scattering $S$ operator which is defined to be the operator corresponding to $S$ matrix should be rotational invariance, does this imply $S$ operator is a scalar...
Asked on 08/31/2021
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