Yossarian
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According to researchers, ants move around much more efficiently than human driver, suggesting we'd be better off if we let ant brains handle the driving.
Entomologist Audrey Dussutour has been studying leaf cutter ants to see if their behaviour could assist in developing driverless cars controlled by ant algorithms.
Faster moving, un-laden ants will queue patiently behind slower moving, loaded individuals instead of rushing to overtake and disrupting the flow of traffic. An individual ant crossing a three-metre span can reduce the time it takes to get from end to end from 64 to 32 seconds by adhering to this principle.
Entomologist Audrey Dussutour has been studying leaf cutter ants to see if their behaviour could assist in developing driverless cars controlled by ant algorithms.
"We should use their rules," says Dussutour. "I’ve been working with ants for eight years and have never seen a traffic jam, and I’ve tried."
Faster moving, un-laden ants will queue patiently behind slower moving, loaded individuals instead of rushing to overtake and disrupting the flow of traffic. An individual ant crossing a three-metre span can reduce the time it takes to get from end to end from 64 to 32 seconds by adhering to this principle.
Ant-brained Drivers Do It Best
Except for those times you’ve noticed them coming in your kitchen window and heading straight to your pantry, you've probably never given the humble ant much consideration. However, researchers at the University of Sydney have decided to take a closer
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