Pei Zhao

Papers

Total Citations

333

H-Index

About

Pei Zhao is a pioneering researcher at the intersection of advanced materials science and soft robotics, whose work bridges the gap between novel nanomaterials and intelligent tactile sensing. Zhao’s most influential contribution is the development of highly stretchable carbon aerogels, a breakthrough that overcame the long-standing challenge of achieving reversible stretchability in these ultralight, porous materials. This work, published in 2018, has garnered over 300 citations, establishing a new paradigm for flexible, conductive aerogels with applications in wearable electronics and strain sensors. More recently, Zhao has shifted focus to robotic tactile perception, creating innovative, low-cost sensor systems. The DotView sensor, with 23 citations, enables robots to estimate pressure, shear, and torsion simultaneously, while the DotTip fingertip introduces a curved perceptual morphology for dexterous manipulation. These contributions are critical for advancing human-robot interaction and prosthetic technology. By combining fundamental materials innovation with applied sensor design, Zhao’s research demonstrates a rare ability to solve problems from the atomic scale to the robotic fingertip, making their work essential reading for anyone interested in the future of soft, intelligent machines.