Studying nanocomposites that harness chemical interactions and interfacial configuration to realize advanced properties for future soft technologies.

​

We aim to understand the fundamental properties of nanomaterials within soft matrices and to uncover the collective behavior arising from organized composite structures. Through deliberate material design and careful optimization, we pursue emergent functionalities that enable shape morphing, enhanced mechanical resilience, electrical conductivity, sensorial capabilities, and interfacial adaptive behaviors. Ultimately, these investigations play a pivotal role in elevating the performance and reliability of next generation soft devices.