An MIT engineer has introduced an innovative technique to restore damaged artworks through AI-generated masks, enhancing art preservation methods. In a separate breakthrough, physicists have developed a trustworthy random number generator utilizing quantum mechanics, ensuring process transparency through time-logged data. Additionally, advancements in brain-computer interfaces (BCIs) have enabled an individual with severe speech disabilities to communicate expressively, with a synthetic voice closely mimicking his own. These developments represent significant progress in art restoration, quantum computing, and assistive technologies.
The device uses artificial intelligence to decode the man's electrical brain activity as he attempts to talk, and speaks his words aloud in a synthetic voice within 10 milliseconds.
The generator uses a device that produces pairs of photons that share a common quantum state, generating truly random numbers in a fully transparent process.
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