To facilitate communication between the implanted microchips and a computer with AI algorithms, external ports were installed on top of Thomas’s head. The team referred to this innovative approach as “thought-driven therapy,” as it relies on the patient’s intentions. When Thomas thinks of moving his hand, the brain implant sends signals to the computer, which then transmits signals to electrode patches on his spine and hand muscles, stimulating movement. To also restore sensation, sensors were attached to his fingertips and palms, further enhancing the thought-driven therapy.
