"Sources: http://www.technologyreview.com/computing/22039/?nlid=1733&a=f and http://www.technologyreview.com/video/?vid=217&a=f

A scientist sends a wireless signal from the laptop to the beetle to start and then stop flight. The beetle, seen in the upper part of the frame, is tethered for practical purposes. The insect is attached to a clear plate, so that its flight pattern can be better observed. An oscilloscope shows the electrical signals as they are delivered: a short oscillating pulse triggers the animal to flap its wings, and it continues flapping until a short single pulse tells it to stop.

To read the entire article go to: http://www.technologyreview.com/computing/22039/ ...

From http://educatedearth.net/video.php?id=4033 ..."
newtboysays...

It's surprising that the triggers are short on/off pulses, and not continuous. I would expect the opposite.
This system seems ripe for malfunction of the off pulse, leading to wings flapping uncontrollably until death. I wonder how the beetle naturally avoids that happening.

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