Led by Dr. Alper Bozkurt, the NCSU team has been working with moths suspended in a rig that holds them in place while they fly, but still allows them to turn to either side. As the moths make those turns, implanted electrodes monitor the electrical signals sent by their brains to their flight muscles – those electrodes are first implanted when the moth is in its pupal stage, so they’ve grown right into its body by the time it emerges from the cocoon as an adult.
Using this setup, the researchers have been able to determine which signals are responsible for which flight maneuvers. They’re now working on a way of transmitting those signals to the moths as they’re in flight, so that they could be “steered” by a remotely-located human operator.
via Gizmag
August 21, 2014
featured blogs
Apr 25, 2024
Structures in Allegro X layout editors let you create reusable building blocks for your PCBs, saving you time and ensuring consistency. What are Structures? Structures are pre-defined groups of design objects, such as vias, connecting lines (clines), and shapes. You can combi...
Apr 25, 2024
See how the UCIe protocol creates multi-die chips by connecting chiplets from different vendors and nodes, and learn about the role of IP and specifications.The post Want to Mix and Match Dies in a Single Package? UCIe Can Get You There appeared first on Chip Design....
Apr 18, 2024
Are you ready for a revolution in robotic technology (as opposed to a robotic revolution, of course)?...