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

Wearable electronic devices collect user data to provide personalized experiences and real
time interactions for the metaverse, thereby driving its development. This paper introduces …

Abstract The most recent literature (2019–2024) on the multifunctionality of elastomeric
matrix-based composites is reviewed in this paper. The main multifunctionality focus of this …

The rapid advancements in communication technology have greatly propelled the
widespread applications of artificial intelligence (AI). While AI technology facilitates society, it …

Textiles is an excellent candidate for the development of smart wearable electronic devices
due to its superior comfort, breathability, and lightweight properties. The integration of …

The electrical output of wearable thermoelectric generators (wTEGs) has traditionally been
constrained by small temperature differentials when powering microelectronics. In this study …

The harnessing of vibrational energy is becoming increasingly pivotal in the development of
intelligent rail transit systems. The integration of emerging technologies such as triboelectric …

In the realm of wearable electronics, the development of materials that can endure and
adapt to the human experience while harvesting energy is paramount. Herein, we introduce …

This work proposes a novel acoustic nanocomposite fibrous membrane-based triboelectric
nanogenerator (NFM-TENG) with excellent acoustical-to-electrical conversion performance …

Wave energy harvesting plays a crucial part in promoting the sustainable development of
marine fisheries. This paper presents a novel hybrid electromagnetic and piezoelectric Self …