  The Bohm trajectories for several hydrogen atom eigenstates are determined,
taking into account the additional momentum term that arises from the Pauli
current. Unlike the original Bohmian result, the spin-dependent term yields
nonstationary trajectories. The relationship between the trajectories and the
standard visualizations of orbitals is discussed. The trajectories for a model
problem that simulates a 1s-2p transition in hydrogen are also examined.
