>>14324473You are correct in saying the neutron produces no electric field and thus there is no induced magnetic field from its motion. However, it DOES have a magnetic moment, so it produces it's own magnetic field all the time. If you impose an external magnetic field on it, it will feel a torque from trying to align with it. So it doesn't interact with electric fields, but it does interact with magnetic fields. Technically, the charge distribution of quarks inside the neutron is predicted to give rise to a tiny electric dipole moment, but its too weak to be detected even with modern experiments.
