Tag: flexible electronics

Researchers at Huazhong University of Science and Technology have developed a mask-free femtosecond laser direct writing method that produces dense ...

A new review in Polymer Bulletin maps how metal, metal oxide, and metal complex fillers integrated into polymer composites can ...

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 ...

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 ...

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 ...

Researchers at Zhejiang University of Technology have developed a bioinspired perceptual sensor that combines piezoelectric touch detection with a synaptic ...

A new review argues that bio-inspired flexible pressure sensors must be judged by the structural motifs that govern their signals ...

Researchers at the National University of Singapore have converted ordinary lignin-rich kraft paper into flexible, stretchable electronic circuits by writing ...

Researchers at Zhejiang University have developed a wearable cardiac tag that senses heartbeats through skin micro-vibrations and analog backscatter, running ...

Researchers boosted the power output of flexible thermogalvanic cells by 214 percent by pairing a carbon nanotube photothermal heating layer ...

Researchers have created a flexible memristor based on hexagonal boron nitride whose synaptic strength is programmed directly by bending, mimicking ...

Researchers at Xi'an Jiaotong University have developed a bioinspired fluidic strain sensor whose drum-shaped microstructures harness the Poisson effect to ...

Researchers used a timed acetic acid and ethanol reprotonation process to rebuild aramid nanofiber hydrogen-bond networks, producing graphene composite films ...

Researchers have created wafer-scale, transferable gold films as thin as 1.5 nanometres by combining template stripping with graphene-inspired transfer, enabling ...

Researchers at DGIST, UNIST, and IBS have developed an intrinsically stretchable quantum dot display achieving a record 53,300 nits and ...