Flexible electronics have become an important trend in the information era. Consequently,
the utilization of conventional metals and inorganic semiconductors is restricted in flexible …

Synthetic biodegradable elastomers, such as polyesters and polyurethanes have
revolutionized biomedical therapeutic strategies and devices. Driven by innovations in …

Cellulose nanocrystal (CNC)-based chiral nematic structure is widely used in stimulus
response and sensing. A popular area of research is enhancing the mechanical …

Flexible electronic skins (e‐skins) play a very important role in the development of human–
machine interaction and wearable devices. To fully mimic the functions of human skin, e …

The self-healing properties and ionic sensing capabilities of the human skin offer inspiring
groundwork for the designs of stretchable iontronic skins. However, from electronic to ionic …

Synthetic hydrogel strain sensors rarely exhibit a comprehensive combination of mechanical
properties such as ultra‐stretchability, ultrafast self‐healing, and high sensitivity. Herein …

It is a key challenge to combine high mechanical strength and excellent autonomous self-
healing properties in one elastomer to match the requirements of commercial applications …

Ionic skin (I‐Skin) has the advantage of feasible compatibility with biological systems.
Nevertheless, develo** a stable and durable ionic skin is challenging. Here, an ionic …

Self-healable polyurethanes (PUs) containing reversible dynamic bonds have been widely
recognized and rapidly developed in recent years. Because the self-heal capability and …

Due to the ability to reliably convert stimuli into electrical signals, ILs-based ionogel devices
are of great importance in artificial sensors, wearable devices and soft robots. Yet profound …