The reality may be oohing and awe over all the wonderful habit we ’re finding for graphene , but there ’s another super - material vie for the public eye . V dioxide might eventually become a household name because in addition to revolutionizing electronics , researchers have now discoveredit can be used as an artificial muscular tissue 1,000 time strong than our own .
Despite the unfortunate acronym of VD , vanadium dioxide is actually a marvellous material that works as an nonconductor at crushed temperatures , but suddenly becomes an efficient conductor at 67 point Anders Celsius . It ’s made possible by a change in the material ’s physical structure that can be harnessed to produce movement , and finally investigator consider VD could head to faster and more Department of Energy - effective electronics , as well as tiny machines and finally robot that are more than strong enough to beat down a human uprising .
A team of scientist at the U.S. Department of Energy ’s Lawrence Berkeley National Laboratory have build an exceedingly tiny muscleman motor made from V dioxide that ’s able to set in motion objects 50 times expectant than itself over distance five times its length . Pound - for - Lebanese pound , the tiny spring - alike equipment is 1,000 times more powerful than a human muscle , and it moves quicker than the wink of an middle .
So while theslow and methodical robotscompeting at theDARPA challengethis retiring weekend let us all rest a corporate sigh of relief that the automaton uprising is nowhere near , this former discovery is a sedate reminder that it ’s still inevitable . [ Berkeley LabviaNewlaunches ]
https://gizmodo.com/team-schaft-sticks-it-to-competition-wins-darpa-roboti-1487927283
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