Innovation continues apace in textile design and development. Much of these advancements – building on the pioneering polymer work of Stephanie Kwolek, who invented Kevlar while at DuPont in the 1960s – are geared toward military applications, including l

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by 刘貂儿 | 2013-07-17

The big push in graphene research for electronics has been overcoming its lack of an inherent band gap. But silicon has another leg up on graphene when it comes to electronics applications: it can comparatively easily be p- and n-doped (positive and nega

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by Paris | 2013-10-09

3D printing holds the promise to transform the world in ways not yet imagined. But mention 3D printing to someone, and their first thought will probably be of a toy or rough prototype. And why not? With few exceptions, the 3D-printed objects accessible to

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by Paris | 2013-10-09

Since a pair of Russian scientists won the Nobel Prize for discoveringgraphene in 2002, scientists have raced to find a more efficient way to make it. Among them were Ric Kaner and Maher El-Kady, two UCLA scientists who were searching for a better way to

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by Paris | 2013-10-09

As much as we’d like to see solar panels everywhere and on everything, they have always been somewhat costly, bulky and uncompromising. A team of engineers at MIT is developing solar cells that can be printed onto a piece of paperwith a technique similar

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by 刘貂儿 | 2013-07-17

The big push in graphene research for electronics has been overcoming its lack of an inherent band gap. But silicon has another leg up on graphene when it comes to electronics applications: it can comparatively easily be p- and n-doped (positive and nega

Continue reading >>
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