Soft robots adapt to complex environments for autonomous locomotion, manipulation, and
perception are attractive for robot‐environment interactions. Strategies to reconcile …

Stretchable flexible strain sensors based on conductive elastomers are rapidly emerging as
a highly promising candidate for popular wearable flexible electronic and soft-mechanical …

The recent surge in using wearable personalized devices has made it increasingly important
to flexible textile‐based sensors that can be worn comfortably and can sense various body …

In recent years, the rapid advancement of wearable multifunctional bioelectronics has
expanded the horizons of smart biomedical and healthcare applications. However, there is a …

Developing strain-sensing electronic textiles (e-textiles) that combine the functionality of
stretchable strain sensors with the wearing comfort of textiles is an important development …

With the rapid development of wearable electronics, conductive yarn strain sensors have
attracted much attention due to their excellent flexibility, conformability, and knittability …

The emergence of multimodal wearable flexible self-powered electronic devices
undoubtedly plays a positive role in areas such as healthcare and energy. However, the …

Breathable and stretchable conductive materials are ideal for healthcare wearable
electronic devices. However, the tradeoff between the sensitivity and detection range of …

Despite the high sensitivity of crack-based strain sensors, extending their linear range
remains challenging. Additionally, maintaining inherent superhydrophobicity is crucial for …

Yarn-based strain sensors increasingly garner attention for their potential applications in
intelligent wearable electronic devices. Developing highly elastic conductive composite …