My research primarily focuses on the viscoelastic regulation of polymers, with an emphasis on tailoring their mechanical and relaxation behaviors for advanced functional applications. In particular, I am interested in applying these engineered polymer systems to emerging fields such as electronic packaging materials and bioelectronics, where tunable viscoelastic properties are critical for ensuring mechanical reliability, interfacial stability, and biocompatibility. By modulating the viscoelastic response, my work aims to address key challenges in flexible electronics, stretchable devices, and soft bio-interfaced systems.
My research primarily focuses on the viscoelastic regulation of polymers, with an emphasis on tailoring their mechanical and relaxation behaviors for advanced functional applications. In particular, I am interested in applying these engineered polymer systems to emerging fields such as electronic packaging materials and bioelectronics, where tunable viscoelastic properties are critical for ensuring mechanical reliability, interfacial stability, and biocompatibility. By modulating the viscoelastic response, my work aims to address key challenges in flexible electronics, stretchable devices, and soft bio-interfaced systems.