Conductive hydrogels combine the benefits of soft hydrogels with electrical conductivity and
have gained significant attention over the past decade. These innovative materials …

As a soft material with biocompatibility and stimulation response, ionic conductive hydrogel‐
based wearable strain sensors show great potential across a wide spectrum of engineering …

In recent years, the rapid advancement of flexible sensors as the cornerstone of flexible
electronics has propelled a flourishing evolution within the realm of flexible electronics …

Conductive hydrogels are considered highly promising materials for developing skin-like
sensors due to their excellent biocompatibility and mechanical flexibility. However, their …

Silk-based conductive composites have attracted much attention for applications in flexible
smart electronics. However, silk-based conductive composites that combine high air …

Flexible and strain-sensing smart materials have received significant attention from
researchers due to their potential use in human motion detection, soft robotics, epidermis …

The rapid growth of strain sensors in cutting-edge applications, including wearable human–
machine interfaces, electronic skins, soft robotics, and advanced healthcare, has greatly …

The study aimed to evaluate superparamagnetic iron oxide nanoparticles (SPIONS) as
nanofertilizers to enrich Allium cepa vegetable productivity. The nanofertilizer was …

Conductive hydrogels are widely used in areas such as electronic skin and wearable
sensors. Their excellent self-adhesion, sensitivity, and stability ensure that flexible sensors …

Biopolymer composites are emerging as promising materials for smart sensors in the fields
of civil engineering and intelligent cities. With enhanced mechanical properties, tailored …