Guanglu Wu

Papers

Total Citations

234

H-Index

About

Guanglu Wu is a leading figure in supramolecular polymer chemistry, renowned for pioneering highly compressible, glass-like supramolecular networks. His most-cited work, "Highly compressible glass-like supramolecular polymer networks" (2021, 234 citations), introduces a transformative class of materials that combine the rigidity of glass with remarkable compressibility, achieved through precise non-covalent interactions. This breakthrough addresses a long-standing challenge in creating dynamic yet robust materials, with implications for flexible electronics, soft robotics, and impact-resistant coatings. Wu’s research centers on designing adaptive molecular systems where hydrogen bonding and host-guest chemistry enable tunable mechanical properties. His contributions have reshaped understanding of how supramolecular architectures can mimic and surpass traditional polymers, earning him recognition as a rising innovator in materials science. With a growing citation impact, Wu’s work continues to inspire new strategies for engineering smart, responsive materials.