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Modulating the orbital configuration of ferromagnetic metal (FM)/metal‐oxide (MO) interfaces is crucial for obtaining a controllable interfacial magnetism for constructing energy‐efficient magnetic memory and logic devices. The traditional works of orbital regulation depend on external fields, such as electric field, temperature field, and stress field. This work proposes a novel orbital modulation...
Dynamical manipulation of oxygen ion (O2−) at metal/oxide heterointerfaces is widely demonstrated to tailor numerous physical and chemical properties and facilitate creating novel functionalities significantly. The traditional works mainly focus on electric control of O2− dynamical behavior and related interface characteristics. Here, an alternative strategy is reported to modulate O2− transport and...
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