Scientists at Tokyo City University have developed a flexible tandem solar cell with a record-breaking 26.5% efficiency.

The article details the process in which the QUT researchers, guided by advanced computational design, synthesized a flexible AgCu(Te, Se, S) semiconductor through a simple and cost-effective melting ...

With the ability to stretch double its length and maintain performance, this toothpaste-textured battery could enable new ...

Rigid, bulky batteries could one day be replaced by soft, flexible ones, a new paper argues. Scientists at a Swedish ...

This growth is driven by technological advancements, with flexible photovoltaics (FPVs ... Their lightweight and versatile design could revolutionize how we use solar energy by allowing ...

And what of the form factor ... the low-cost agility of their flexible counterparts, giving innovators endless versatility and the ability to meet their design challenges, however big or small.

That flexible quality means the ability to 3D-print the battery in any form — opening up the way ... That made it essential to design battery materials “that can endure repetitive folding ...

A lot of SUVs are actually monospaces in drag,” says Ralph Gilles, chief design officer for Stellantis, using the technical ...

The Nature Communication article details the process in which the QUT researchers, guided by advanced computational design, synthesised a flexible AgCu(Te, Se, S) semiconductor through a simple ...