Please solve 12.5 and 12.6 Apply the gauge transformation generated by taking 12.5 to the potentials (12.64), where B is taken to be parallel to the z-axis, and show that the transformed time-indepen...
Apply the gauge transformation generated by taking 12.5 to the potentials (12.64), where B is taken to be parallel to the z-axis, and show that the transformed time-independent Schrödinger equation, for a spinless particle of charge q-e and mass m, is mx2m 2m 12.6 By substituting into the Schrödinger equation of the previous problem, show that the energy eigen- values are given by h2k2 2m E(2r Io 0,1,2.... where (B/)B is the Larmor angular frequency. This is the same result as (12.84) if the term in ms is omitted.
Apply the gauge transformation generated by taking 12.5 to the potentials (12.64), where B is taken to be parallel to the z-axis, and show that the transformed time-independent Schrödinger equation, for a spinless particle of charge q-e and mass m, is mx2m 2m 12.6 By substituting into the Schrödinger equation of the previous problem, show that the energy eigen- values are given by h2k2 2m E(2r Io 0,1,2.... where (B/)B is the Larmor angular frequency. This is the same result as (12.84) if the term in ms is omitted.