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Polarized neutron scattering experiments reveal that type-II multiferroics allow for controlling the spin chirality by external electric fields even in the absence of long-range multiferroic order. In the two prototype compounds TbMnO₃ and MnWO₄, chiral magnetism associated with soft overdamped electromagnons can be observed above the long-range multiferroic transition temperature TMF, and it is possible to control it through an electric field. While MnWO₄ exhibits chiral correlations only in a tiny temperature interval above TMF, in TbMnO₃ chiral magnetism can be observed over several kelvin up to the lock-in transition, which is well separated from TMF

Control of Chiral Magnetism Through Electric Fields in Multiferroic Compounds above the Long-Range Multiferroic Transition