What snowboarder wouldn't like a board that's lighter and more responsive? German scientists have created one that is claimed to deliver on both counts, plus its production process is reportedly less wasteful.

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Inspired by the way plants like Venus flytraps can snap closed and reset themselves, scientists have developed materials that alter their shape in the blink of the eye to propelling themselves forward using their own energy and their environment.

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As useful as plastics are in our everyday life, they’re difficult to recycle, with most ending up in landfill or the environment. Now, researchers in Japan have used a novel catalyst to recycle a common plastic into useful products like fuel and wax.

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Mundane as it may seem, glass is a surprisingly mysterious material. Now scientists at the University of Konstanz have identified a new state of matter called liquid glass, which has some unusual properties.

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When a rope is heated – either by friction or by fire – it may lose its structural integrity, subsequently breaking when put under load. A new surface coating, however, could cause ropes to change color if they've been overheated, providing a warning to users.

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Making plastic materials out of biomass offers a number of environmental benefits, but these bioplastics tend to underperform in a few key areas. Scientists may have found a solution to one such shortcoming; the inability to contain boiling liquids.

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France's Nawa Technologies is setting up operations in the United States, and bringing its fast, affordable vertically aligned carbon nanotube (VACNT) manufacturing process into a new application: making carbon fiber composites much stronger.

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An international team of researchers has succeeded in producing two types of diamonds in a matter of minutes, demonstrating a new technique where they not only form quickly, but do so at room temperature.

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Perovskite solar is gaining much attention in solar cell research, but there are greener alternatives in the works. Scientists have just uncovered a new use for these materials, learning they can harvest energy from indoor lighting with high efficiency.

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Engineers at Michigan State University have crafted a new type of liquid foam lining they say can help football helmets better sustain repeated impacts, improving their longevity and the safety of those wearing them.

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