One of the biggest challenges in making neural implants a reality is that the implants have trouble receiving consistent signals from the brain. Resolving this problem represents a critical step for neural implants, which has the promise of helping paralyzed people regain mobility, and allowing amputees to control robotic prosthetics.
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Friday, November 12, 2004
Neural Implants Take a Step Forward
New Scientist reports that scientists at the California Institute of Technology have developed a device that automatically moves electrodes through the brain to seek out the strongest signals. The movement is small -- in micrometers -- but it's enough to enhance the performance of brain implants.
One of the biggest challenges in making neural implants a reality is that the implants have trouble receiving consistent signals from the brain. Resolving this problem represents a critical step for neural implants, which has the promise of helping paralyzed people regain mobility, and allowing amputees to control robotic prosthetics.
One of the biggest challenges in making neural implants a reality is that the implants have trouble receiving consistent signals from the brain. Resolving this problem represents a critical step for neural implants, which has the promise of helping paralyzed people regain mobility, and allowing amputees to control robotic prosthetics.
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