Baolei Tang

Papers

Total Citations

131

H-Index

About

Baolei Tang is pioneering the emerging field of responsive organic crystalline materials, where the rigid, ordered world of crystals meets dynamic, adaptive behavior. His central research focuses on engineering hybrid elastic organic crystals that can sense and physically respond to environmental stimuli—most notably, humidity. In his landmark 2022 work (101 citations), Tang demonstrated the first-ever mechanical response of organic crystals to aerial humidity, creating soft, flexible crystalline structures that can bend, curl, or reshape when exposed to moisture. This breakthrough opens new possibilities for organic semiconductors, waveguides, and soft robotic grippers that operate without external power. Building on this, his 2024 study (13 citations) introduced logarithmic and Archimedean organic crystalline spirals—crystals that grow into precise, reversible spiral shapes when coated with a polymer blend. These hybrid structures respond dynamically to environmental changes, offering a new paradigm for smart materials. Tang’s work bridges crystal engineering, materials science, and soft robotics, establishing him as a leading innovator in stimuli-responsive organic crystals with high potential for next-generation adaptive devices.