Polymer nanocomposites (PNCs) represent a powerful materials platform for semiconductor packaging.

Enhancing thermal performance critically depends on particle dispersion, particle–polymer interfacial interactions, and rheological control.

Our fundamental research is closely aligned with these challenges, bridging soft matter physics with real-world applications.

Fundamental understanding of polymer thin-film dynamics serves as a basis for advanced photoresist materials.

Nanoscale confinement and interfacial effects govern PR performance and reliability.

Our work targets key industrial issues, including dynamic heterogeneity in photoresist systems.

Battery slurry performance is strongly governed by dispersion and rheology.

Our research focuses on understanding and controlling these factors through particle–polymer interactions and microstructural design.

We are also exploring dry-process rheology for advanced and scalable electrode fabrication.