Viral structure design used to improve batteries
By CONNIE CHANG | November 15, 2013Early 2013, scientists at the MIT have developed a new efficient candidate electrode for rechargeable lithium-oxygen batteries, which could potentially change the future of batteries and decrease their overall cost. Li-O2 batteries have been gaining popularity over the years for its high specific energy densities, meaning they can store a relatively large amount of power. During use, the battery undergoes a chemical reaction involving Li+ reacting with oxygen to produce Li2O2 and an electrical current. Then, the batteries can be easily recharged and used again. To recharge, the inverse reaction operates, converting Li2O2 back to Li+ ions. The convenience of Li-O2 batteries has spawned great acceptance of rechargeable batteries all around.


