Scientists create lightweight 18-carat gold using ordinary plastic

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Researchers with ETHzurich have successfully used plastic to create lightweight gold that retains its purity, according to a recent announcement from the institution. The lightweight gold is ideally suited for products like jewelry and watches — things that would benefit from a reduction in weight without a loss in gold purity or beauty.

The gold found in jewelry is made with metallic alloys that help reduce the weight, though some pieces of jewelry may still be too heavy to suit some buyers. The newly created 18-carat gold replaces the metallic alloy elements with a ‘matrix of plastic,’ reducing the density from a typical 15 g/cm3 to 1.7 g/cm3.

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Imprint Energy is developing flexible, printed batteries for wearable devices

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Ultrathin zinc-polymer battery.

Imprint Energy is developing flexible, rechargeable batteries that can be printed cheaply on commonly used industrial screen printers. The California startup has been testing its ultrathin zinc-polymer batteries in wrist-worn devices and hopes to sell them to manufacturers of wearable electronics, medical devices, smart labels, and environmental sensors.

 

 

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NEC’s ultra-thin organic battery is just 0.3mm thick

ORB

NEC’s organic radical battery (ORB)

NEC has been working on the “organic radical battery” (ORB) technology for some years, but has now announced its latest ORB breakthrough, the 0.3mm thick ORB. The output rated as 5kW/L with a capacity of 3mAh, according to Geek.com. On a full charge, the new battery prototype can refresh a screen 2,000 times. A recharge takes under a minute, about 30 seconds. The new batteries maintain 75 percent of their charge-discharge after 500 charges.

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A Coating That Heals Itself with Light

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 It would be great if you could take your car to the body shop and have it repaired in minutes, before your eyes, without anyone even laying hands on it.  There have been several developments in self-healing coatings recently.

 

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New Polymer That Heals Itself Could Lead to Medical Implants or Engine Parts That Fix Themselves

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Broken polymer chains reform to repair a crack in this material when it is pressed together and exposed to UV light.

A new polymer material that can repeatedly heal itself at room temperature when exposed to ultraviolet light presents the tantalizing possibility of products that can repair themselves when damaged. Possibilities include self-healing medical implants, cars, or even airplane parts.

 

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