Octopus-inspired wireless skin switches between active and passive modes to keep wearables alive
The concept of a wireless skin that can survive the realities of daily wear rests on a deceptively simple observation ...
The concept of a wireless skin that can survive the realities of daily wear rests on a deceptively simple observation ...
A new review in Nano-Micro Letters details how advanced manufacturing, heterogeneous integration, multimodal sensing, and AI are turning wearable electronics ...
A new review highlights how graphene, MXene, and TMD-based flexible sensors are enabling real-time wearable detection of volatile organic compounds ...
University of Surrey researchers have developed a low-toxicity ethanol-based solvent system that yields efficient, stable perovskite solar modules suitable for ...
Researchers found that blending TIPS pentacene with poly(α-methylstyrene) aligns its crystals nearly parallel and triples transistor mobility compared with pristine ...
Researchers have built a flexible, low-cost wearable patch made of silver nanoparticle ink printed on paper that continuously monitors wrist ...
A sweeping review of wearable biosensing reveals how biopotential, physical and chemical sensors are converging into integrated platforms that track ...
A new perspective article maps how diamond-like carbon coatings are evolving from passive protective layers into engineered multifunctional materials for ...
Researchers have created a hybrid hydrogel electrolyte laced with trace fumed alumina that locks in water, evens out zincate distribution, ...
Researchers have built flexible near-infrared photodetectors from gold-functionalized titanium trisulfide nanostructures on plastic substrates, achieving high responsivity, quantum efficiency above ...
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© 2025 Scienmag - Science Magazine