Haizhou Huang

Beijing Graphene Institute, Ministry of Education, Fujian Normal University

Papers

Total Citations

113

H-Index

About

Haizhou Huang is at the forefront of neural interface and wearable sensor technology, with research spanning brain–machine interfaces (BMI), electronic skin (E-skin), and flexible pressure sensors. His most cited work, a comprehensive 2021 review on electrode materials for BMI (81 citations), has become a foundational reference for researchers developing high-performance neural recording devices, highlighting his expertise in bridging materials science with neuroengineering. Huang’s 2022 study on graphene-based electronic fabric (21 citations) introduced a waterproof, breathable textile for wearable sensors, addressing critical comfort and durability challenges in E-skin applications. Most recently, his 2024 development of a flexible capacitive pressure sensor using a hybrid porous PDMS/SA hydrogel structure (11 citations) achieved remarkable sensitivity across a wide pressure range (up to 400 kPa) with rapid response times (45 ms), enabling precise touch and pain detection for robotic systems. This work demonstrates practical applications in bionic prosthetics and soft robotics. With a growing citation impact and a clear trajectory toward real-world neural and wearable technologies, Huang is establishing himself as a key innovator in flexible electronics and human-machine interfaces.