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Ferromagnet/heavy metal (FM/HM) multilayer thin films with $C_{2v}$ symmetryhave the potential to host antiskyrmions and other chiral spin textures via ananisotropic Dzyaloshinkii-Moriya interaction (DMI). Here, we present acandidate material system that also has a strong uniaxial magnetocrystallineanisotropy aligned in the plane of the film. This system is based on a newCo/Pt epitaxial relationship, which is the central focus of this work:hexagonal closed-packed Co$(10\bar{1}0)[0001]$ $\parallel$ face-centered cubicPt$(110)[001]$. We characterized the crystal structure and magnetic propertiesof our films using X-ray diffraction techniques and magnetometry respectively,including q-scans to determine stacking fault densities and their correlationwith the measured magnetocrystalline anisotropy constant and thickness of Co.In future ultrathin multilayer films, we expect this epitaxial relationship tofurther enable an anisotropic DMI while supporting interfacial perpendicularmagnetic anisotropy. The anticipated confluence of these properties, along withthe tunability of multilayer films, make this material system a promisingtestbed for unveiling new spin configurations in FM/HM films.

Towards hexagonal $C_{2v}$ systems with anisotropic DMI: Characterization of epitaxial Co$(10\bar{1}0)$/Pt$(110)$ multilayer films