The revolutionary advancements of IoT technology, along with consistent technological
developments in the fields like sports, healthcare, environment, etc., make human life …

This article deals with explores to review of the recent advances in wearable electronics
using textile-based flexible and printable materials (TFPMs) for the next generation of …

High-performance multifunctional electromagnetic (EM) materials exhibit great potential for
development, and have attracted extensive attention from the scientific field. Generally, the …

Long cycle life and high energy/power density are imperative to energy storage systems.
Polyaniline (PANI) has shown great potential as an electrode material but is limited by poor …

MXene layers surface-anchored with chain-like polyaniline (PANI) was wrapped by PANI
nanofibers via hydrothermal reaction. Layered MXene as active materials with large surface …

Enhancing the specific capacitance and rate performance of graphene based fiber-shaped
supercapacitors (FSSCs) is critical to achieving advanced energy storage devices with …

As the demand for wearable electronic devices persistent to booming, the stretchability of
supercapacitors is essential. However, it is still challenging in preparing fiber-based …

Conducting polymer and carbon nanotube hybrids have been researched intensively in
recent years for electrodes of fiber-shaped supercapacitors (FSSCs) toward flexible and …

Supercapacitors, which a energy storage systems, have been continuously studied because
of their high power density and rapid charging-discharging capacity. Supercapacitors can be …

Portable and wearable electronics require increasingly efficient energy storage devices,
making flexible supercapacitors (FSCs) a promising option due to their superior mechanical …