A groundbreaking wireless brain implant aimed at restoring vision has been successfully implanted in the third participant of a clinical trial at the Illinois Institute of Technology. During the surgery, a team of surgeons inserted a total of 34 stimulators equipped with 544 electrodes into the brain of a patient who is completely blind. Following the procedure, the patient will undergo extensive training to adapt to this new method of vision. This implant works by bypassing the damaged optic nerves and directly transmitting visual signals to the brain's visual cortex. Initially, the patient's brain will learn to recognize basic visual inputs, allowing them to perceive glowing dots and the shapes of larger objects. As they progress, they will start to connect these visual patterns with real-world objects, directions, and obstacles, enabling them to navigate their environment more effectively. This innovative technology is specifically designed for individuals with retinal or optic nerve damage who cannot benefit from traditional vision restoration techniques. Janet P. Szlyk, president of The Chicago Lighthouse's Hilton Center for Prosthetic Research, emphasizes that for those who are completely blind, even the ability to detect a small amount of light can significantly enhance their everyday experiences.
Informational material. 18+.
