My research focuses on exploring the interplay of optical phenomena and soft materials through a deep understanding of colloidal interactions. I designed a versatile platform for creating functional nanostructures, utilizing three-dimensional colloidal arrays within a photocurable polymer matrix to create photonic properties. Specifically, drawing inspiration from a chameleon, I developed stimuli-responsive materials that show highly elastic and reversible mechano-chromic properties, achieved by containing a non-close-packed array of colloidal particles embedded in an elastomer. Additionally, I employed advanced approaches such as photolithography, imprinting, and microfluidics to fabricate various forms of photonic materials for diverse applications.

I conducted research projects on highly elastic polymers synthesized through emulsion polymerization. I designed polymer structures by manipulating both the gelation of the polymer network and the monomer composition. Additionally, I established a dual-crosslinking system that incorporates both ionic and covalent bonds within the polymer network, enhancing mechanical properties. Moreover, I explored polymerization reactions by predicting the heat and pressure generated during the reaction. Optimizing the polymer synthesis reaction process allowed for the successful scale-up of the laboratory reaction to commercial production.