Papers
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Total Citations
20
H-Index
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About
Youhua Wang is a leading figure in stretchable bioelectronics and human–machine interfaces, whose work bridges flexible electronics with practical neural and muscular sensing. His most cited paper, "Multichannel noninvasive human–machine interface via stretchable µm thick sEMG patches for robot manipulation" (2017, 20 citations), introduced ultrathin, skin-conformal patches that enable high-fidelity, multichannel surface electromyography (sEMG) recording. This breakthrough overcomes the rigidity and discomfort of conventional electrodes, allowing seamless, long-term biosignal acquisition for intuitive robot control. Wang’s contributions lie in developing scalable fabrication methods for epidermal electronics that maintain mechanical compliance while preserving signal integrity, directly advancing noninvasive prosthetics and teleoperation systems. His work has been recognized for its potential to transform assistive technologies, with ongoing impact in wearable sensors and soft robotics. By demonstrating that stretchable, micron-thick patches can reliably decode human motor intent, Wang has set a foundation for next-generation human–machine interfaces that are both unobtrusive and highly functional, earning him a reputation as a key innovator in the field of epidermal electronics.
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