Selective reduction in epitaxial SrFe0.5Co0.5O2.5 and its reversibility

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Making Oxides See-Through: Selective Reduction for Transparency

This study demonstrates the selective reduction of cobalt ions in thin films, creating oxygen vacancies that increase transparency and widen the bandgap. This redox process is reversible and could be used to control both optical and electronic properties in devices.

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Solid research demonstrating selective redox control in thin films, leading to unique oxygen-deficient phases and tunable optical properties. Well-executed experiments and clear presentation. Broader impact on programmable oxygen-vacancy engineering in multi-cation oxides.

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