For a one-space logarithmic scalar potential, the result that this man is famous for deriving does not occur until the second order perturbation of an harmonic oscillator wavefunction.
For a one-space logarithmic scalar potential, the result that this man is famous for deriving does not occur until the second order perturbation of an harmonic oscillator wavefunction. His 1897 doctoral dissertation was on Newton's electrochronic rings and his Nazi sympathies gained him enough favor with authorities that he replaced Paschen as the director of the German Physico-Technical Institute.  Late in his life, he investigated the effect of light deflection in an inhomogeneous electric field at his private laboratory in Bavaria.  For 10 points - name this physicist whose "discovery of the Doppler effect in canal rays and the splitting of spectral lines in electric fields," an electrical analogue of the Zeeman effect, won him a Nobel prize in 1919.
For a one-space logarithmic scalar potential, the result that this man is famous for deriving does not occur until the second order perturbation of an harmonic oscillator wavefunction.
Johannes Stark