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Heterostructure interface provides a powerful platform to observe richemergent phenomena, such as interfacial superconductivity, nontrivialtopological surface state. Here SrRuO3/SrIrO3 superlattices were epitaxiallysynthesized. The magnetic and electrical properties of these superlattices werecharacterized. Broad cusps in the zero field cooling magnetization curves andnear stable residual magnetization below the broad cusps, as well as two stepsmagnetization hysteresis loops are observed. The magnetization relaxesfollowing a modified Stretched function model indicating coexistence of spinglass and ferromagnetic ordering in the superlattices. Topological Hall effectwas demonstrated at low temperature and weakened with the increase of SrIrO3layer thickness. These results suggest that chiral ordering spin texture weregenerated at the interfaces due to the interfacial Dzyaloshinskii-Moriya (DM)interaction, which generates the spin glass behaviors. The present workdemonstrates that SrIrO3 can effectively induce interface DM interactions inheterostructures, it would pave light on the new research directions of strongspin orbit interaction oxides, from the viewpoints of both basic science andprospective spintronics devices applications.

Chiral Ordering Spin Associated Glass like State in SrRuO3SrIrO3 Superlattice