fuel cell technology strengthened by ultra-thin ion-exchange membranes

The article presents a recent advancement by researchers at the University of Queensland, led by Dr. Zhuyuan Wang and Prof. Xiwang Zhang, in developing hyper-thin, ultra-dense ion-exchange membranes using a nanoconfinement polymerisation strategy. This method reportedly enhances tensile strength, ion exchange capacity, selectivity, and conductivity, while maintaining flexibility and durability. The research, published in Nature Synthesis on February 27, 2026, aligns with the findings in the provided sources. ([news.uq.edu.au](https://news.uq.edu.au/2026-02-delicate-membranes-given-super-strength-transform-green-energy-tech?utm_source=openai)) The article's claims are consistent with the available information, and the content is current.