Abstract
A new route to prepare hydrogels relies on consumption of a chemical fuel to transiently drive network crosslinking by host–guest motifs, thereby prompting hydrogelation. The temporary nature of this fuel-directed change in the interacting molecules causes the gels that are formed from this fuel to have a limited lifetime, autonomously converting back to their original pre-gel state over time without additional user input. Details of the study are reported by Matthew J. Webber et al. in their Research Article (e202216537).
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