Spin resonance conditions for intrinsic and induced electric dipole moments of a spin-1 particle

We show that spin resonance caused by the tensor polarizability of a spin-1 particle rotating in a storage ring designed to measure the intrinsic electric dipole moment (EDM) is canceled on the average over time when conditions for the spin resonance caused by this EDM are precisely met. This solves the problem of a false EDM signal created by polarizability.