Dr. Alper Bozkurt of North Carolina State University is developing cyborg moths -- essentially real moths fitted with robotic technology that allows them be controlled remotely. Whereas there are many robots inspired by insects, this project is unique because it involves taking a real insect and turning it into a cyborg.
The cyborg moths have electrodes implanted into them that can monitor electrical signals sent by their brains to their flight muscles. The electrodes are implanted into the moths when they are very young so that they grow right into its body.
So far, the researchers have figured which signals are responsible for which flight movements, and are now trying to figure out how to transmit flight signals to the moth so they can be 'steered' by human operators.
Key Themes Behind This Trend
- Cyborg Insect Technology
- The development of cyborg insects opens up opportunities for remote-controlled applications in various industries.
- Neural Signal Monitoring
- Advancements in neural signal monitoring enable the potential for controlling living organisms remotely.
- Human-machine Interaction
- The collaboration between humans and machines for controlling insects presents new possibilities for intuitive remote control systems.
Where This Applies
- Agriculture
- The use of remote-controlled cyborg insects can revolutionize agricultural pest control methods.
- Surveillance
- Cyborg moths can be employed in surveillance operations to access hard-to-reach or sensitive areas.
- Search and Rescue
- Leveraging cyborg insects allows for enhanced search and rescue operations in challenging environments.
