benk99nenm312
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Hey guys, I was reading up on the Klein Gordon equation and I came across an article that gave a general solution as: \psi(r,t)= e^i(kr-\omegat), under the constraint that -k^2 + \omega^2/c^2 = m^2c^2/\hbar^2, forgive my lack of latex hah.
Through Euler's law this does give a solution tantamount to cos(kr-\omegat)+isin(kr-\omegat).
My question is simply.. is this valid? I ask because if you were to integrate the square over an interval you should get a probability, however the imaginary term will carry through from the de Moivre formula. I'm terribly confused.
Thanks guys!
Through Euler's law this does give a solution tantamount to cos(kr-\omegat)+isin(kr-\omegat).
My question is simply.. is this valid? I ask because if you were to integrate the square over an interval you should get a probability, however the imaginary term will carry through from the de Moivre formula. I'm terribly confused.
Thanks guys!