Creating novel interfacial effects in quantum-matter-based heterostructures is at the heart of condensed matter physics and materials science[1].Utilizing the subtle interplay among charge,spin,orbit and lattice degre...Creating novel interfacial effects in quantum-matter-based heterostructures is at the heart of condensed matter physics and materials science[1].Utilizing the subtle interplay among charge,spin,orbit and lattice degrees of freedom,these interfacial effects can spawn tailored functionalities and act as additional building blocks for the future oxide electronics.Among the various interfacial effects,the inevitable strain effect induced by unequal lattice constants and the ubiquitous charge redistribution effect at inter-展开更多
基金supported by the National Natural Science Foundation of China(51332001)the National Basic Research Program of China(2016YFA0300103)+4 种基金the Basic Science Center Project of the National Natural Science Foundation of China(51788104)Initiative Research Projects of Tsinghua University(20141081116)the support from Lee Kuan Yew Postdoctoral Fellowship through Ministry of Education of China Tier1(R-284-000-158-114)supports from the Nanyang Assistant Professorship Grant from Nanyang Technological UniversityAcademic Research Fund Tier 1(RG108/17S)from Singapore Ministry of Education
文摘Creating novel interfacial effects in quantum-matter-based heterostructures is at the heart of condensed matter physics and materials science[1].Utilizing the subtle interplay among charge,spin,orbit and lattice degrees of freedom,these interfacial effects can spawn tailored functionalities and act as additional building blocks for the future oxide electronics.Among the various interfacial effects,the inevitable strain effect induced by unequal lattice constants and the ubiquitous charge redistribution effect at inter-
