Hydrogen‐associated electron do** Mottronics within d‐orbital transitional metal oxides
(TMOs) opens up a new paradigm to explore exotic physical phenomena that enable …

Despite being highly promising for applications in emergent electronic devices, decoding
both the ion–electron–lattice coupling in correlated materials at the atomic scale and the …

Due to the strong interlayer coupling between multiple degrees of freedom, oxide
heterostructures have demonstrated exotic properties that are not shown by their bulk …

Boosting dielectric permittivity representing electrical polarizability of dielectric materials has
been considered a keystone for achieving scientific breakthroughs as well as technological …

Localized electron polarons formed through the coupling of excess electrons and ionic
vibrations play a key role in the functionalities of materials. However, the mechanism of the …

Dynamic control of patterned properties in perovskite oxide films can enable new
architectures for electronic, magnetic, and optical devices. In this study, it is shown that …

Protonation can be used to tune diverse physical and chemical properties of functional
oxides. Although protonation of nickelate perovskites has been reported, details on the …

By modifying the entangled multi‐degrees of freedom of transition‐metal oxides, interlayer
coupling usually produces interfacial phases with unusual functionalities. Herein, a …

Heterostructures of complex transition metal oxides are known to induce extraordinary
emergent quantum states that arise from broken symmetry and other discontinuities at …

Weyl fermions can exhibit exotic phenomena due to their magnetic charge in momentum
space, while Weyl nodes are usually located away from Fermi energy, which forms electron …