Lightweight polymer-based nanostructured aerogels are crucial for electromagnetic
interference (EMI) shielding to protect electronic devices and humans from electromagnetic …

MXenes with their wide range of tunability and good surface chemistry provide unique and
distinctive characteristics offering potential employment in various aspects of energy …

MXene, renowned for its exceptional metallic conductivity, thermal conductivity, and tunable
surface chemistry, has shown great potential for various applications in energy storage …

Allocating different capabilities to structural elements simultaneously is still challenging. In
this study, a field-applicable multifunctional planar braided composite with the abilities of …

Flexible strain sensors have gained significant attention as wearable electronic devices
because of their adaptability and versatility. Developing high-performance flexible strain …

The integration of ultraflexible and mechanically robust films with electric heaters and
camouflage technology provides a promising platform for the development of wearable …

With the rise of the concept of “Internet of Everything”, the development of wearable sensing
devices is growing rapidly. Among them, crack-based strain sensors have received much …

Nowadays, designing a flexible strain sensor that offers both high sensitivity and a wide
operating range has been a significant challenge. However, this paper demonstrates the …

Wearable sensor has been developed for the temperature monitoring. However, the motion
of human muscles is a nonnegligible background interference which affects the stable and …

To obtain flexible pressure sensors with simple preparation process, high sensitivity, fast
response time, wide detection range, and good stability at the same time is still a great …