Scientists invent new technology that can read minds with shocking accuracy

Caltech scientists unveil a revolutionary brain-machine interface that decodes thoughts into text with exceptional precision, offering hope for speech-impaired individuals and new avenues for human-computer interaction. Implanted in the supramarginal gyrus, the device leverages fMRI readings for non-invasive operation. With a success rate of 79%, this breakthrough aligns with Neuralink's goals but focuses uniquely on thought decoding. As development progresses, it promises expanded applications and seamless integration of human cognition with technology.

Scientists invent new technology that can read minds with shocking accuracy
Caltech scientists unveil a revolutionary brain-machine interface that decodes thoughts into text with exceptional precision, offering hope for speech-impaired individuals and new avenues for human-computer interaction. Implanted in the supramarginal gyrus, the device leverages fMRI readings for non-invasive operation. With a success rate of 79%, this breakthrough aligns with Neuralink's goals but focuses uniquely on thought decoding. As development progresses, it promises expanded applications and seamless integration of human cognition with technology.