Stanford develops more secure lithium-sulfur batteries allowing for four times the charge up of lithium-ion cells

Added time battery life could be high atop our listing from gadget prayers, plus the overall brainiacs at Stanford tend to be one step closer to creating our dreams come back matters along allowing for a recent lithium-sulfur technology. Half about which trick lies during the silicon nanowire anode therefore the identical team developed back in 2007, whereas the hot cathode is composed of a similarly commodious lithium sulfide nanostructure. In comparison to provide lithium-ion batteries, Stanford's artwork is "significantly safer" and currently achieves Eighty percent more capability, less than it has nowhere close to economic launch with simply Forty to Fifty charge cycles (Li-ion does "300 to 500") because of the compound's speedy degradation. That said, we're promised a theoretical quadruple spice up in capacity because the technology matures, therefore until then we'll keep that hamster running in our backpack.