Abstract Perovskite-type oxides (ABO 3) are widely acknowledged as novel light-absorbing
materials owing to their adaptable composition, distinctive oxidation states, and …

Perovskite oxides form a large family of materials with applications across various fields,
owing to their structural and chemical flexibility. Efficient exploration of this extensive …

Conspectus Isotopic engineering has emerged as a key approach to study the nucleation,
diffusion, phase transitions, and reactions of materials at an atomic level. It aims to uncover …

Manipulating physical properties through ion migration in complex oxide thin films is an
emerging research direction to achieve tunable materials for advanced applications. While …

Surface self-diffusion studies on metals under elevated reaction conditions are limited, as it
is inherently challenging to unambiguously follow atomic transport across highly-reactive …

We present a method for the unsupervised segmentation of electron microscopy images,
which are powerful descriptors of materials and chemical systems. Images are …

With its combination of high-spatial resolution, 3D imaging, and isotopic sensitivity, atom
probe tomography (APT) provides a unique platform with which to study solid-state transport …

Perovskite oxides, with the ABO3 structure where the A cations are typically alkaline earth or
rare earth elements and B cations are transition metals, have attracted significant attention …

The design of thin film oxides is important for a range of technologies, including energy
storage, quantum computing, and catalysis. Traditional efforts have largely focused on …