Wearable technology has led to a rapid development of flexible sensors with numerous
applications especially in human motion monitoring. The utmost requirement of wearable …

Flexible pressure sensors (FPSs) have been widely studied in the fields of wearable medical
monitoring and human–machine interaction due to their high flexibility, light weight …

A porous and microstructure piezoresistive material composed of polydimethylsiloxane
(PDMS) and multiwalled carbon nanotubes (MWCNTs) was designed and prepared for a …

Flexible wearable electronics have attracted tremendous interest owing to their potential
applications on artificial intelligence, electronic skin, human health monitoring, etc. However …

With the development of intelligent electronic power systems, the performance of flexible
electronic sensors with portability and miniaturization is increasingly in demand. It is …

Flexible mechanical sensors capable of sensing both compressive and tensile strains with
high sensitivity and linear piezoresistive response are of great significance for the …

Smart wearable electronics have drawn increasing attention for their potential applications
in personal thermal management, human health monitoring, portable energy …

Trade-off between sensitivity and the pressure sensing range remains a great challenge for
flexible pressure sensors. Micro–nano surface structure-based sensors usually show high …

Geometric microengineering is an effective approach to improve the comprehensive
performance of pressure sensors. Unfortunately, the design of multi-level microstructure and …

With the development of digital healthcare technology, the demand for non-invasive
monitoring of human health is rapidly increasing. In recent years, the research and …