Artificial intelligence has cracked the code between the eye and the brain. Artificial intelligence has achieved unprecedented success in decoding the brain.

Artificial intelligence is the science and engineering of making intelligent machines, especially intelligent computer programs. While the use of computers and artificial intelligence-based tools is increasing in all areas of life, it is a natural process for this use to become widespread in the field of medicine. The aim of medical artificial intelligence is to create artificial intelligence programs that can make recommendations in the diagnosis and treatment of diseases. Artificial intelligence developed in Switzerland can translate neural signals sent from the eyes to the brain into images. The technology could make blindness a thing of the past in the future. Artificial intelligence has decrypted the communication between the eyes and the brain. Artificial intelligence has achieved unprecedented success in decoding the brain. Cebra, an artificial intelligence developed in Geneva, Switzerland, can translate the neural signals sent from the eyes to the brain into images. Scientists converted the electrical signals in the brain of a mouse, which they showed a black and white movie, into an image with artificial intelligence. With data obtained only from brain scans, the movie the mouse watched was reproduced with 95% accuracy. Two different techniques are used to map brain activity in mice. The results of the research were published in the journal Nature. Experts aim to adapt the technology to the human brain. In this way, it will be possible to produce bionic eyes for the visually impaired in the future.

July 2024