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The lack of inversion symmetry in the crystal lattice of magnetic materialsgives rise to complex non-collinear spin orders through interactions ofrelativistic nature, resulting in interesting physical phenomena, such asemergent electromagnetism. Studies of cubic chiral magnets revealed a universalmagnetic phase diagram, composed of helical spiral, conical spiral and skyrmioncrystal phases. Here, we report a remarkable deviation from this universalbehavior. By combining neutron diffraction with magnetization measurements weobserve a new multi-domain state in Cu2OSeO3. Just below the upper criticalfield at which the conical spiral state disappears, the spiral wave vectorrotates away from the magnetic field direction. This transition gives rise tolarge magnetic fluctuations. We clarify physical origin of the new state anddiscuss its multiferroic properties.

New magnetic phase of the chiral skyrmion material Cu2OSeO3