ITHACA, N.Y. -- Using nanoscale chemistry, researchers at Cornell University have developed a new class of hybrid materials that they describe as flexible ceramics. The new materials appear to ...

Eurekite's "flexiramics" ostensibly retain the positive properties of ceramics while being flexible rather than brittle. In a video from Eurekite, CEO Gerard Cadafalch holds a piece of the ...

the designers then researched how different angles of the moulds can influence the shape of the drops to create different patterns within the ceramics. A mould set at a more acute angle ...

A ceramic devised in Japan can be rapidly stretched to ten times its initial length and retain its new shape. The 'superplastic' material offers hope to those who want to mould high-strength ...

A: Flexible ceramic thermal conductive adhesives provide ... The answer is not in their ability in mold technology, but in heat conduction technology. The Japanese already inherited this ability ...

Art college graduates Yuichi Yanai and Tatsuya Uemachi are the masterminds behind Secca, a design outfit aiming to break the mould ... flexible designs than humans are able to craft." To create ...

the scientists used a common ceramic powder, alumina, composed of microscopic platelets. They mixed it with water, along with some other simple additives, and then poured the mixture into a mold ...