Papers
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Total Citations
2
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About
Yijin Ouyang is a rising researcher in flexible electronics and humanoid robotics, whose work focuses on advancing sensor technologies for wide linear range detection. Their most-cited paper, “Highly Sensitive Capacitive Pressure Sensor Based on MWCNTs/TiO2/PDMS with a Microhemispherical Array and APTES-Modified Interface” (2025), introduces a novel capacitive flexible pressure sensor that integrates multi-walled carbon nanotubes, titanium dioxide, and PDMS with a microhemispherical array and APTES-modified interface. This design achieves exceptional sensitivity and linearity, addressing a critical need in humanoid robotics for precise tactile feedback. With 2 citations already, this early work demonstrates Ouyang’s potential to influence the field of soft robotics and wearable devices. By combining nanomaterials with innovative structural engineering, Ouyang contributes to the development of more responsive and durable sensors, paving the way for advanced human-robot interaction. Their research is particularly notable for its focus on scalable fabrication and real-world applicability, marking Ouyang as a promising voice in the next generation of flexible sensor design.
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