Chun‐Wei Huang

National Yang Ming Chiao Tung University, Feng Chia University

Papers

Total Citations

244

H-Index

About

Chun-Wei Huang is a leading researcher in flexible electronics and soft robotics, whose work bridges the gap between high-performance materials and practical, deformable devices. His most impactful contribution is the development of flexible ferroelectric elements via van der Waals heteroepitaxy, a breakthrough that enables single-crystalline lead zirconium titanate (PZT) films to be directly fabricated on flexible mica substrates. This work, cited over 238 times, demonstrates that traditionally brittle ferroelectric materials can retain their performance and reliability under mechanical bending, opening the door for nonvolatile memory and sensors in wearable and flexible electronics. More recently, Huang has advanced the field of soft robotics with his work on magnetized liquid metal (EGaIn@Fe). By incorporating iron powder into a gallium-indium alloy, he has created a material that can be remotely and precisely controlled using external magnetic fields, eliminating the need for cumbersome electrolyte environments. This innovation, detailed in a 2024 publication, promises simpler, more versatile actuation for soft robots. Huang’s research consistently tackles the fundamental challenge of merging rigid, high-functioning materials with flexible platforms, making him a pivotal figure in the next generation of adaptive, body-worn technologies.