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Energy news, February 2017

LEDs made from arrays of nanorods that can both emit and detect light could lead to interactive displays that charge themselves from ambient light.

A novel metamaterial film can cool objects by reflecting incoming solar energy while also allowing the surface to shed its own heat.

Live webinar - March 7th, 9 - 10 AM GMT – The nuts & bolts of Peer Review: a discussion by Biomaterials Editors Professors Pandit and Yu.

Miniature sensor device as oral theranostic powered by stomach acid.

Solar-powered, carbon-based portable potable water generator.

Next step towards bacterial fuel cell using paper electrode.

Researchers have found a perovskite mineral with the right properties to extract energy from multiple sources at the same time.

By coating a normal fabric with an electroactive material, researchers have produced ‘textile muscles’ that could be incorporated into clothes.

Using a Titan supercomputer, scientists have identified Lewis-acidic polymers as promising solid electrolytes in lithium-ion batteries.

A new computational design strategy can pinpoint optimal materials for coating the cathode in lithium-ion batteries to protect it from degradation.

New synthesis mechanism transforms bulk metal alloys directly into nanowires.

The winners of the Energy Storage Materials 2016 Best Paper Award and Most Cited Paper Award have been announced.

The top ten Reviewers for ENSM in 2016 have been announced.

With the help of a cuprate superconductor, scientists have revealed the innate, but previously hidden, ability of graphene to act as a superconductor.

Scientists have developed a simple, inexpensive technique for producing oxide nanowires directly from bulk powders at ambient conditions.

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A simple method for manufacturing extremely low-density palladium nanofoams could help advance hydrogen storage technologies.

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Cathodes for lithium-ion batteries that contain point defects allow more efficient exchange of lithium ions between the cathode and electrolyte.

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Scientists have used cryo-electron microscopy to capture the first atomic-level images of the crystalline dendrites that can grow in batteries.

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Harvesting energy from body heat to drive wearable thermoelectric generators.

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