Wearable technology is changing the way we interact with the digital world. Wearable
systems can enable a smarter lifestyle when connected to other smart devices. This work …

The growing demand for flexible strain sensors across diverse applications necessitates
elevated standards regarding the outstanding mechanical performance and customizability …

Developing a hydrogel with switchable features and freeze tolerance is remarkably
significant for designing flexible electronics to adjust various application needs. Herein …

Dynamically responsive materials with chromotropic properties have received increasing
attention in flexible pressure sensing due to their intuitive nature in the information transfer …

The non-destructive, real-time, and automatic monitoring for the development of cracks in
ancient architectures is crucial to the preservation of precious ancient heritages. Here, light …

High-performance pressure sensors are garnering interest in human-computer interaction
technology, wearable devices, and bionic electronic skin development. However, highly …

Conductive hydrogels as ideal candidate materials for flexible sensors have exhibited many
promising applications. However, complex application environments, such as low …

Artificial skin involves multidisciplinary efforts, including materials science, biology,
medicine, and tissue engineering. Recent studies have aimed at creating skins that are …

In wearable electronic devices, designing flexible pressure sensors with high sensitivity,
excellent mechanical stability, outstanding bending performance, and good electrical and …

Purpose: Wearable devices, as emerging computing platforms, have gradually penetrated
into people's daily life, especially in the field of medical health management showing …