Bioelectronic hydrogels that could potentially replace existing surgically implanted inflexible devices are currently in ...

A team of scientists from the University of Chicago and Michigan State University, among others, has developed a new approach that uses hydrogel to function as a unique, unclonable physical signature ...

A discovery by University of Surrey, U.K., researchers offers a twofold benefit: improved battery performance and increased potable water supply.

Alluxa, Inc., a provider of high-performance optical coatings, filters and thin-film deposition technologies, announces the ...

Bioprinting relies on bioinks, which are mixtures of living cells and hydrogels that provide a temporary structural ...

As such, the team developed skin-like organic bioelectronic devices that closely merge with the human body for effective biomarker monitoring, overcoming the limitations of existing soft biosensors ...

During trials of the EDF approach, the team found that although a passively placed copper plate removed roughly 15% of the ...

Since its inception in 2020, the Tomorrow's Engineers Code program has introduced thousands of students in the U.K. to science, technology, engineering and mathematics (STEM). Participating ...

If something in a building needs to be fixed, maintenance usually has a master key to access it. That kind of convenience ...

Cloud-based retrofitting changes the picture. Cheap scalable compute and faster networks now make it possible to offload ...

Bifacial HJT: ~24% average. One of the most efficient bifacial designs, capturing more albedo light and reducing ...

SEW-EURODRIVE, a provider of drive automation and motion technology, announces the U.S. launch of DriveTag, a customized ...