Yunxiao Jiang

Qingdao University, Capital Normal University

Papers

Total Citations

236

H-Index

About

Yunxiao Jiang is an interdisciplinary researcher whose work bridges advanced materials science and early childhood cognitive development. In materials engineering, Jiang is best known for pioneering flexible polystyrene/graphene composites with epsilon-near-zero (ENZ) properties, a breakthrough that enables novel electromagnetic wave manipulation in bendable devices. This highly cited work (221 citations) has significant implications for next-generation flexible electronics and metamaterials. Simultaneously, Jiang has made important contributions to educational psychology, demonstrating through a cross-sectional study that computational thinking in early childhood is fundamentally underpinned by sequencing ability and self-regulation. This research, though newer (15 citations), provides critical empirical evidence for designing developmentally appropriate computational thinking curricula. Jiang's dual expertise exemplifies a rare ability to conduct rigorous research across vastly different domains, from nanomaterial fabrication to cognitive assessment. Their work has been recognized for its originality and potential to impact both technological innovation and educational practice, making Jiang a notable figure in two distinct fields.