Yingjie Cao

Papers

Total Citations

H-Index

About

Yingjie Cao is pioneering the future of flexible electronics through groundbreaking work in liquid metal-based memory systems. His primary research focuses on developing novel storage architectures inspired by neural mechanisms, specifically leveraging the electrochemical properties of liquid metals to create erasable memory devices. Cao's most significant contribution is the invention of "Liquid Metal Memory," a revolutionary storage principle that mimics the polarization and depolarization processes of the human brain. By modulating the conductivity of liquid metals through reversible oxidation and reduction, his work overcomes fundamental limitations of traditional flexible memory technologies. His seminal 2023 paper on this topic has already garnered 32 citations, signaling strong interest from the scientific community. The work was further highlighted as a cover feature in *Advanced Materials* (2024), underscoring its novelty and impact. Cao's research bridges materials science, bioinspiration, and electronics, offering a transformative path toward brain-like computing and stretchable storage devices. His achievements position him as a rising leader in neuromorphic engineering and flexible electronics, with implications for next-generation wearable technology and intelligent systems.