Innovative Research in Functional Oxides and Ferroelectrics

The coupling of polarization and oxygen vacancy migration in ferroelectric Hf0.5Zr0.5O2 thin films enables electrically controlled thermal memories above room temperature.

Innovative Research in Functional Oxides

We are a dedicated research group exploring epitaxial growth of functional oxides, focusing on ferroelectrics, thermal transport, phononics, and magnetoelectric coupling to advance technology in condensed matter physics.

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Exceptional insights into material science.

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Explore our research breakthroughs in functional oxides and materials.

A close-up pattern of convex, oval-shaped structures with smooth surfaces on a dark, glossy background. The elliptical forms have a metallic appearance and are arranged in a repetitive, uniform manner.

Geometric pattern featuring large, angular facets with a minimalist design. The surface is predominantly smooth and light-colored, with subtle shadows highlighting the 3D structure.