Simulation of motion and radiative decay of Rydberg hydrogen atoms in electric and magnetic fields
M. A. Henry, F. Robicheaux
We have simulated the motion of a Rydberg hydrogen atom in electric and magnetic fields that have a strong position dependence. The orientation and strengths of the fields depend strongly on the spatial position of the atom. The angle between the fields could take on any value. We use the quantum energy levels for a Rydberg state in electric and magnetic fields to derive a spatially dependent potential energy for the centre-of-mass motion of the atom. We compute the radiative decay rate into states with low principal quantum numbers. After the decay, the atom could be trapped using the magnetic moment of the electron. We present results for a specific trap geometry which could be experimentally realized.
Journal of Physics B Atomic Molecular and Optical Physics•Jun 29, 2011•3 citations