Piezoelectric materials have become a key component in sensors and actuators in many
industrial fields, such as energy harvesting devices, self-powered structures, biomedical …

The development of a natural polysaccharide-based nanofiber membrane to satisfy the
requirements of slight, tenuous, and multi-performance is of great significance but still …

Although some progress has been achieved in flexible strain sensors, it is still a big
challenge to develop sensors with excellent self-healing capability, adhesive, and …

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

Advanced transducer materials have become increasingly important with the rapid
development of the internet of things and flexible electronics. Herein, fully transparent …

In the realm of intelligent human-machine interaction, the expansive potential of robust
flexible wearable electronic devices emerges prominently. However, the practicality of such …

Flexible, breathable, and stable sensors were important in developing human–computer
interaction systems and novel wearable devices. However, major challenges were still faced …

Flexible strain sensors based on nanoparticle (NP) arrays show great potential for future
applications such as electronic skin, flexible touchscreens, healthcare sensors, and robotics …

The sensor fabricated from high-molecular polymer is soft, lightweight, and biocompatible;
however, traditional high-molecular polymers suffer from viscoelasticity and poor cycle …

Flexible anisotropic strain sensors (ASSs) are crucial for comprehending both the
magnitudes and directions of complex strains. Some fabrication techniques have been …