From the British Embassy was informed that British scientists have recently developed a robot of neurons cultured under the control of, its goal is to develop a better understanding of the brain, the brain disease affecting the brain and prompted confusion, such as Alzheimer's disease, Parkinson's disease, stroke and brain damage.
The study multidisciplinary team responsible for the University of Reading in England. The robot's biological brain consists of artificially cultured neurons that are placed in a multi-electrode array (MEA). The MEA is a dish antenna with approximately 60 electrodes that receives the current signal from the cell. These signals are then used to control the motion of the robot. Whenever the robot approaches an object, the signal stimulates the brain through the electrodes. In response to stimuli, brain output signal to control the robot legs about actions to avoid hitting objects, without manually re-apply any computer or control the robot, the only way to control it is its own "brain."
Researchers are now working to adapt the robot to different signals and learn how to move to a predetermined location. I hope that in this process, I can witness how memories appear in the brain when the robot enters a familiar area again.
Kevin Warwick, a professor at the School of Systems Engineering at the University of Reading, said: "This new study is very exciting because, first of all, it is certain that the biological brain can control the movement of the robot's body; secondly, it allows us to study how the brain learns and Memory of experience. This research will advance our understanding of how the brain works and can have a profound impact on many areas of science and medicine."
Dr. Huili of the University's School of Pharmacy added: “One of the fundamental problems facing scientists today is how to combine individual neuronal activities with the complex behaviors we see throughout the organism. This project is for us. It provides a unique opportunity to learn something that can show complex behaviors but is still closely related to individual neuron activity. Hopefully we can use these findings to somehow answer some of these basic questions. â€
The study multidisciplinary team responsible for the University of Reading in England. The robot's biological brain consists of artificially cultured neurons that are placed in a multi-electrode array (MEA). The MEA is a dish antenna with approximately 60 electrodes that receives the current signal from the cell. These signals are then used to control the motion of the robot. Whenever the robot approaches an object, the signal stimulates the brain through the electrodes. In response to stimuli, brain output signal to control the robot legs about actions to avoid hitting objects, without manually re-apply any computer or control the robot, the only way to control it is its own "brain."
Researchers are now working to adapt the robot to different signals and learn how to move to a predetermined location. I hope that in this process, I can witness how memories appear in the brain when the robot enters a familiar area again.
Kevin Warwick, a professor at the School of Systems Engineering at the University of Reading, said: "This new study is very exciting because, first of all, it is certain that the biological brain can control the movement of the robot's body; secondly, it allows us to study how the brain learns and Memory of experience. This research will advance our understanding of how the brain works and can have a profound impact on many areas of science and medicine."
Dr. Huili of the University's School of Pharmacy added: “One of the fundamental problems facing scientists today is how to combine individual neuronal activities with the complex behaviors we see throughout the organism. This project is for us. It provides a unique opportunity to learn something that can show complex behaviors but is still closely related to individual neuron activity. Hopefully we can use these findings to somehow answer some of these basic questions. â€
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