By tapping into a turtleneck ’s raw fight or flight reception , investigator in Koreahave managedto conduct a living turtle via human thought . The work could help oneself in the development of next hunt and delivery technology .
The Seth up for the experimentation , published in theJournal of Bionic Engineering , is basically a combination of a brain - to - computer interface , in which readings of mental capacity waves can be used to control robotics , and a subsequent computer - to - head port , which as you ’ve likely already guessed involve using robotics to control brainiac .
The turtle in questionis limit up witha television camera mounted on its read/write head , provide a live feed to a human . The human then think about whether or not they want to move get out , right , or stay idle , base on what they are see through the live provender . This persuasion is take by a data processor and convey via Wi - Fi to a receiver mounted on the turtle ’s plate .
reference : Korea Advanced Institute of Science and Technology ( KAIST )
The receiver then controls what is in effect a semi - circular subterfuge that ’s confiscate to the shell , which swing from leave to right . If , for example , the human controller thinks about moving decent , the unsighted will swing to the turtle ’s go forth and the animal will instinctively move to the right to try and avert the comprehend obstacle .
The research worker were then capable to get the turtle to navigate a childlike obstacle course . The first was conducted indoors , while two others were then completed outside , with the human manipulator sitting an impressive five km ( 3 miles ) aside from the polo-neck .
A turtle might not be the obvious option for someone who can pick any creature from the animal kingdom to control by thought , but there are a few reason why it was chosen . The main grounds is that turtles display strongly instinctual escape behaviour , in which they will predictably attempt to avoid object in their mode and move towards brightness level that they comprehend as open distance .
They were also selected because they have a comparatively high cognitive power , as well as being able to distinguish between unlike wavelengths of luminousness . This , apparently , makes them perfect subject for the tiptop villain - esque idea - control experiment .
Researchers have already build how to command animals remotely via haircloth - thin electrodes implanted into their brains . This has principally focalise on insectssuch as cockroach , although there are reports that some havemanaged to controlpigeon flight in this way . This , however , is fairly incursive , and so the researchers of the latest field were take aim for a far more ethical approach shot .
They desire that this could eventually help meliorate augmented reality , as well as have applications for search and rescue , military surveillance , and reconnaissance .
