Jun Tang

Papers

Total Citations

151

H-Index

About

Jun Tang is a researcher whose work spans the cutting-edge intersection of flexible electronics, micro/nano-scale sensing, and biomedical robotics. Best known for pioneering advances in flexible pressure sensor technology, Tang's 2016 paper on PDMS-substrate sensors with silver wrinkled electrodes garnered 94 citations and established a foundational design framework for capacitive pressure sensors applicable to electronic skins, healthcare monitoring, and prosthetic limbs. Building on this, his 2017 contribution introduced micropatterned electrode architectures incorporating microspheres to achieve enhanced micro-pressure sensitivity, accumulating 21 citations and demonstrating a refined approach to tactile sensing for human-machine interaction. More recently, Tang has expanded his research horizon into the rapidly evolving field of micro/nanorobotics, co-authoring a 2024 review on biomedical applications of micro/nanorobots that has already attracted 36 citations — a remarkable early impact reflecting the field's growing momentum. This work highlights how miniaturized robotic systems are transforming precision medicine by tackling challenges in targeted drug delivery, diagnostics, and minimally invasive intervention. Collectively, Tang's research reflects a coherent vision: engineering intelligent, miniaturized systems that bridge materials science, sensing technology, and biomedicine to address real-world healthcare challenges.