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Magnetic nano-objects possess great potential for more efficient dataprocessing, storage and neuromorphic type of applications. Using highperpendicular magnetic anisotropy synthetic antiferromagnets in the form ofmultilayer-based metamaterials we purposely reduce the antiferromagnetic (AF)interlayer exchange energy below the out-of-plane demagnetization energy, whichcontrols the magnetic domain formation. As we show via macroscopic magnetometryas well as microscopic Lorentz transmission electron microscopy, in thisunusual magnetic energy regime, it becomes possible to stabilize nanometerscale stripe and bubble textures consisting of ferromagnetic (FM) out-of-planedomain cores separated by AF in-plane Bloch-type domain walls. This uniquecoexistence of mixed FM/AF order on the nanometer scale opens so far unexploredperspectives in the architecture of magnetic domain landscapes as well as thedesign and functionality of individual magnetic textures, such as bubbledomains with alternating chirality.

Multilayer metamaterials with mixed ferromagnetic domain core and antiferromagnetic domain wall structure