Hydrogel strain sensors, which have potential applications in wearable devices, soft robots
and human–machine interfaces, etc., are increasingly investigated. But it remains …

Triboelectric nanogenerators (TENGs) have emerged as potential energy sources, as they
are capable of harvesting energy from low-frequency mechanical actions such as biological …

The vigorous development of dynamic covalent chemistry has inspired the study of dynamic
covalent disulfide bond materials. However, the low bond energy of the disulfide bond leads …

The revolution of electronic technology has inspired research into multifunctional electronic
devices which could integrate self-healing, conductivity, and antibacterial properties in order …

Thin-walled structures utilizing the release of stored strain energy for self-deployment have
gained popularity in deployable space structures. However, the integration of traditional rigid …

The standard process for manufacturing microneedles containing API requires a way to
process the API, including dissolving the API in a co-solvent and a drying process. In this …

Self‐healing materials have not been able to solve the problem of the coexistence of
mechanical strength and self‐healing function. Despite years of research, high‐strength self …

Repairable adhesive elastomers are emerging materials employed in compelling
applications such as soft robotics, biosensing, tissue regeneration, and wearable …

Wearable electronics, particularly soft strain sensors with direct skin adhesion, play a crucial
role in applications such as smart healthcare systems and human–machine interfaces …

Self-healing and recyclable polymer elastomers are being developed to provide new
prospects in building sustainable societies. Nevertheless, the synthesis of such materials …