Ambient Energy Harvesting Emerges as a Low-Cost Path to Battery-Free IoT
A new review maps how low-cost energy harvesting technologies could replace batteries in smart sensing and Internet of Things devices.
A new review maps how low-cost energy harvesting technologies could replace batteries in smart sensing and Internet of Things devices.
A flexible composite built from a reduced graphene oxide aerogel, a pore-preserving polyurethane and boron nitride coating, and a pore-filling ...
A screen-printed stretchable strain sensing array showed larger resistance responses than a commercial strain gauge across tested humidity and temperature ...
A new review outlines how glycine-based piezoelectric nanogenerators harvest electricity from body motion while being explored for supporting the regeneration ...
A resistance-graded graphene/polymer fabric sensor maintained a quasi-linear response from 0.1 to 200 kPa and showed higher fitted sensitivity underwater ...
A systematic review identifies post-CMOS hardware neurons as a promising route toward faster, more energy-efficient and adaptive brain-inspired computing for ...
A laboratory study found that a solution-cast graphite-PVC collector supported a flexible solid-state supercapacitor retaining 77% of its capacitance after ...
A laboratory-tested hybrid harvester extracted up to 8.5 milliwatts from controlled heel-strike excitation and powered an LED and thermohygrometer in ...
A new review in Nano-Micro Letters details how advanced manufacturing, heterogeneous integration, multimodal sensing, and AI are turning wearable electronics ...
A new Research Topic in Frontiers in Electronics shows how wearable sensors and machine learning models, from heart rate variability ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine