Tirosh Shapira Makes Robot Move By Just Thinking About It
Katherinev123 — July 10, 2012 — Tech
References: www1.biu.ac.il & wired
Tirosh Shapira, a student at Bar-Ilan University, has managed to make a robot move simply by thinking about it. What's more, the robot was 2,000 kilometers away in France!
To make such an operation possible, the university's researchers had to record Shapira's brainwaves, process them using an algorithm, and then send them through the Internet to a robot that was situated at the Béziers Technology Institute. The brainwave recording managed to, after a brief delay, cause the robot at the institute to turn 30 degrees to the left or right. All Tirosh Shapira had to do was imagine the robot's hands moving in either direction. He could also make the robot walk if he imagined its legs moving, and eventually, he was also able to make the robot actually follow behind a person!
According to New Scientist, this is the first time a robot has ever been successfully controlled through functional magnetic resonance imaging, or fMRI, from such a great distance. Watch the video to see the astounding experiment!
To make such an operation possible, the university's researchers had to record Shapira's brainwaves, process them using an algorithm, and then send them through the Internet to a robot that was situated at the Béziers Technology Institute. The brainwave recording managed to, after a brief delay, cause the robot at the institute to turn 30 degrees to the left or right. All Tirosh Shapira had to do was imagine the robot's hands moving in either direction. He could also make the robot walk if he imagined its legs moving, and eventually, he was also able to make the robot actually follow behind a person!
According to New Scientist, this is the first time a robot has ever been successfully controlled through functional magnetic resonance imaging, or fMRI, from such a great distance. Watch the video to see the astounding experiment!
Trend Themes
1. Mind-brain Interface - Opportunity for creating advanced mind-brain interfaces that enable control of robots through brainwaves.
2. Telepresence Robotics - Opportunity to develop telepresence robots that can be controlled remotely using brainwave technology.
3. Neurofeedback Systems - Opportunity to create neurofeedback systems that allow individuals to control external devices with their thoughts.
Industry Implications
1. Robotics - Disruptive innovation opportunity for robotics companies to develop mind-controlled robots for various applications.
2. Medical Technology - Opportunity to integrate neurofeedback technology into medical devices for rehabilitation and patient care.
3. Gaming - Potential for introducing mind-controlled gaming systems that provide an immersive and interactive experience.
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