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assuming a jet is produced in the detector at a hadron collider. Some of the jet particles are uncharged and will only interact with the hadronic calorimeter and therefore there...
Asked on 07/31/2021 by Kizame
1 answerI have heard the terms "Newtonian mechanics" and "classical mechanics" used interchangeably, but is there a difference between them? If so, what is it?...
Asked on 07/31/2021
2 answerI have some problems about basic concepts of quantum field theory. First let's look at Klein-Gordon field. Klein-Gordon equation has two branches of solutions, one of which is positive frequency...
Asked on 07/31/2021
1 answerI want to calculate the Frank-Condon Factors using the standard equation:$$q_{v'v''}=left[int psi_{v'}^* psi_{v''} drright]^2$$ I have the vibrational wave functions of $v'$ and $v''$ in...
Asked on 07/31/2021
0 answerConsider an arbitrary 1D chain (of length $N$) of fermions with an arbitrary quadratic Hamiltonian of the form $$mathcal{H}=hat{Psi}^dagger H hat{Psi}$$ with $$hat{Psi}=left(a_1, a_2, ...,a_N,a_1^dagger, a_2^dagger,...
Asked on 07/31/2021
1 answerOne of Maxwell's Equations (ME) is: $$nablatimesvec B = mu_0vec J+epsilon_0mu_0 frac{partial vec E}{partial t}.$$ While Ampere's Law (AL) is: $$nablatimesvec B = mu_0vec J.$$ Griffiths...
Asked on 07/31/2021 by F dot Floss
4 answerExcerpt from the Feynman Lectures, Volume III, Quantum Behavior:The instantaneous height of the water wave at the detector for the wave from hole 1 can be written...
Asked on 07/31/2021
0 answerThis problem might sound a bit trivial at face value but to me is sorta hard to grasp if not paradoxical! We know that the energy gap between the quantum...
Asked on 07/31/2021
2 answerThis is a two part question about the Lorentz transformation of the electromagnetic field, the electric field to specific. The Lorentz transformation will be a simple boost in the x...
Asked on 07/31/2021 by Raeed Mundow
1 answerIn most physics textbooks, the oscillating electric and magnetic fields generated by a moving photon are depicted as above. In this...
Asked on 07/31/2021 by dionysus
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