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About

Chubin He is a rising innovator in the field of flexible electronics and soft materials, with a primary focus on developing advanced conductive hydrogels and self-powered sensors for wearable technology. His research addresses critical challenges in creating materials that simultaneously exhibit robust mechanical properties, high electrical conductivity, and long-term reliability. He has made significant contributions by engineering nanoparticle-reinforced hydrogels with ultrafast self-recovery and nearly zero response hysteresis, enabling epidermal sensors that maintain signal fidelity under dynamic deformation. Notably, his 2022 work on a bilayer skin-inspired hydrogel with a strong bonding interface has garnered 13 citations, while his 2021 study on robust conductive hydrogels has been cited 11 times, reflecting the community’s interest in his solutions to the trade-off between mechanical and electrical performance. He has also pioneered the integration of electrospun nanofibers with wrinkled micropyramidal architectures for elastic, self-powered tactile sensors, eliminating the need for external power supplies. His most recent 2025 work tackles water evaporation and structural instability in polyaniline composite hydrogels, achieving linearly responsive and stretchable strain sensors. Chubin He’s research is paving the way for practical, durable, and skin-like electronics in healthcare monitoring and human-machine interaction.