A battery breakthrough made by researchers in Japan could pave the way for next-generation batteries to finally enter mass production. A team from Tokyo University of Science discovered a way to build sodium-ion batteries with an equivalent performance to conventional lithium-ion batteries. Lithium-ion, or li-ion, batteries are found in everything from electric cars to smartphones, however they are made from difficult-to-extract and expensive resources, while also containing liquid electrolytes that are toxic and flammable. By contrast, sodium-ion batteries are cheaper, offer stability against extreme temperatures, and pose no risk of overheating. Until now, their main limitation has been a lower energy density compared to li-ion batteries. To overcome this limitation, the scientists developed a high-capacity electrode made from nanostructured hard carbon, which they were able to optimise and then incorporate into an actual battery. The researchers said the new electrodes deliver “unprecedented performance” and offer a viable option for producing next-generation batteries for consumer electronics and electric vehicles. “This value is equivalent to the energy density of certain types of currently commercialised lithium-ion batteries... and is more than 1.6 times the energy density of the first sodium-ion batteries, which our laboratory reported back in 2011,” said Professor Shinichi Komaba from Tokyo University of Science. The breakthrough could also make sodium-ion batteries viable for other practical applications, such as low carbon footprint energy storage systems for solar and wind farms. The research was detailed in a study, titled ‘New template synthesis of anomalously large capacity hard carbon for Na- and K-ion batteries’, published in the journal Advanced Energy Materials. Read More Breakthrough solar system outperforms military-grade diesel generator

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Doctors have performed a minor miracle after re-attaching a “'decapitated” boy’s head after he was hit by a car. The miraculous surgery occurred after Suleiman Hassan, a Palestinian boy from the West Bank, was severely injured after being hit by a car while out riding his bike. He was airlifted to Hadassah Ein Kerem’s Trauma Unit in Jerusalem and went straight to surgery. He suffered what is known as an internal decapitation – this occurs when the base of the skull and top of the spine become detached by the skin remains intact. This extremely rare injury can occur when a strong, sudden impact on the head results in the muscles and ligaments that hold the head in place to sever, accounting for less than one per cent of spinal injuries. Sign up to our free Indy100 weekly newsletter Doctors explained that Hassan’s head was “'almost completely detached from the base of his neck” before he underwent painstaking surgery taking several hours. The procedure involves reattaching the skull and spinal column using technology such as screws, rods, plates and bone grafts. One of the surgeons who operated on Hassan, Dr Ohad Einav, told The Times of Isreal: “We fought for the boy’s life.” Dr Einav continued: “The procedure itself is very complicated and took several hours. While in the operating room, we used new plates and fixations in the damaged area… “Our ability to save the child was thanks to our knowledge and the most innovative technology in the operating room.” Surgeries such as the one that saved Hassan’s life are only possible if internal decapitation victims have their major blood vessels intact, keeping the brain alive. Hassan’s surgery took place in June but has only recently been made public as the boy continues to recover at home with rehabilitation. Miraculously, Hassan can walk unaided and has no neurological problems following the shocking injury. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.