My work aims to address critical challenges in materials chemistry and inorganic chemistry for a sustainable energy future. As a materials scientist and energy researcher, I specialize in developing innovative solutions for energy conversion and storage. My work spans designing novel electrocatalysts for efficient hydrogen evolution and creating advanced materials for supercapacitors and batteries. I'm particularly focused on harnessing the potential of nanomaterials, including 2D structures and atomically thin films, to push the boundaries of energy technology. My research integrates materials synthesis, electrochemistry, design of electrolysers, and cutting-edge characterization techniques like synchrotron XRD and XPS to unravel structure-property relationships of advanced materials / systems and optimize their performance. I've made significant strides in applying 2D chalcogenides for catalysis, developing nanostructured composites for energy storage, and creating sustainable CO2 capture systems. Driven by the urgent need for clean energy solutions, I constantly seek to bridge fundamental science with practical applications, collaborating with companies to help them to bring improved products to market.
Subject groups
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Chemistry
Chemistry, applied, Chemistry, theoretical, Chemistry, inorganic
