Promises to change the lives of amputees.

Scientists and engineers have been working for years to develop easy-to-use, high-precision prostheses to improve the quality of life for amputees.

According to the British Daily Mail, a group of researchers from the "EPFL" Institute based in Lausanne, Switzerland, an artificial arm can monitor cerebral signals to allow the user to control the hand and fingers as if they were natural.

The revolutionary prosthetic arm uses a series of sensors attached to the base of the amputated arm to receive and apply the cerebral signals sent to the end.

The robotic arm receives signals from the brain through the muscles, allowing the user to control each finger and capture normal objects such as the natural hand.

The researchers hope that technology, which translates and implements cerebral signals in less than 0.4 milliseconds, will improve the quality of life of amputees and reduce their daily difficulties.

The artificial hand uses a machine learning technology to identify the signals and movements of the muscles of the user. The user performs a series of hand gestures at the beginning to train the arm.

To date, researchers have successfully tested the robotic arm on 3 amputees and 7 healthy participants.

Dr. Odi Billard, who led the study, emphasized the importance of rapid reaction arm by saying, "When you hold an object in your hand and begin to slide, you have less than a second to react. , and this robotic hand is able to react quickly. "