Battery-free flexible neuromorphic device learns from touch and motion
A flexible triboelectric-gated transistor developed at Dongguk University operated without a battery and reproduced memory and learning behavior used to ...
A flexible triboelectric-gated transistor developed at Dongguk University operated without a battery and reproduced memory and learning behavior used to ...
Researchers boosted the power output of flexible thermogalvanic cells by 214 percent by pairing a carbon nanotube photothermal heating layer ...
South Korean researchers have developed a one-step spray-coating method that self-assembles stratified PDMS/P(VDF-TrFE) fibrous composites for high-performance, durable triboelectric nanogenerators ...
Researchers have created a bamboo-derived cellulose and molecular crystal composite that delivers high piezoelectric performance for self-powered biosensing and assistive ...
Researchers have 3D-printed an interdigitated cement-based supercapacitor that stores energy efficiently while matching the compressive strength of commercial concrete, bringing ...
A new biodegradable shape memory polymer composite reinforced with cellulose nanocrystals and lignin nanofibers couples thermally triggered shape recovery with ...
A new review details how triboelectric nanogenerators convert wasted mechanical motion into electricity to power smart industrial sensors.
A new nanocomposite design could help turn everyday motion into usable electrical power, offering a promising route toward self-powered wearable ...
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© 2025 Scienmag - Science Magazine