Wearable electronics are evolving from simple motion-recording devices toward skin-conformal, textile-integrated, and continuously operating sensing systems. Pressure is a fundamental mechanical signal for pulse and respiration monitoring, plantar-force analysis, motion assessment, human-machine interaction, and electr...
The proliferation of the internet of things and wearable technologies is accelerating the demand for sustainable, autonomous, and multifunctional self-powered systems. Mechanical conformability and wearer comfort are essential for the widespread adoption of wearable devices. As distributed energy-harvesting modalities,...
Wearable sensors have emerged as important platforms for noninvasive, real‐time, and continuous monitoring of physiological information, with growing applications in personalized healthcare, human‐machine interfaces (HMIs), and robotic empowerment. Recent advances in flexible and stretchable materials, device integra...
Key scientific issues and challenges currently facing the field are identified, such as motion artifacts, long‐term biocompatibility stability, and multimodal data fusion, and future development directions for intelligent, self‐powered, and self‐healing flexible sensor are outlined, aiming to provide theoretical suppor...
Wearable and attachable healthcare devices provide valuable insights across a broad range of applications, from health monitoring and disease diagnosis to the assessment of daily human activities. For these devices, both the formation of high-performance electrodes and mechanical, electrical, and physiological stabilit...
Wearable sweat sensing technologies have emerged as a promising non-invasive approach for continuous assessment of human hydration status. Among various wearable platforms, textile-based systems provide unique advantages including breathability, mechanical compliance, and seamless integration into garments, enabling...
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