About

I specialize in the synthesis of nanostructure and heterostructure materials using hydrothermal, wet-chemical, and solid-state approaches for electrochemical energy applications. By integrating these materials into functional electrodes, I evaluate their performance under realistic conditions, directly linking material design to efficiency and durability. My research focuses on electrocatalytic water splitting, fuel cell and battery systems, with a strong emphasis on application-driven development. Ultimately, I aim to develop robust, high-performance materials that can transition from lab studies to real-world energy technologies.

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