Ruya Li

Beihang University, Molecular Innovations (United States)

Papers

Total Citations

471

H-Index

About

Ruya Li is a pioneering force in the emerging field of iontronic sensing, a technology that leverages the supercapacitive properties of electrical double layers at electrolytic-electronic interfaces to achieve ultrahigh sensitivity in pressure and tactile detection. Her landmark review, "First Decade of Interfacial Iontronic Sensing," has garnered over 370 citations, cementing her role in defining and advancing this transformative modality from droplet sensors to artificial skins. Li also introduced the "microflotronic"—the first flexible, transparent, pressure-sensitive microfluidic film—a breakthrough with 74 citations that opened new avenues for wearable health monitoring and prosthetics. More recently, her work on wearable iontronic force myography (FMG) for classifying muscular locomotion (27 citations) demonstrates a commitment to real-world applications in human-machine interaction, including assistive robotics and medical prostheses. By bridging fundamental interfacial science with practical wearable electronics, Li’s contributions have not only achieved high citation impact but have also laid the groundwork for next-generation tactile interfaces that are sensitive, flexible, and noise-immune—a legacy that continues to inspire researchers in soft electronics and biomedical engineering.