Scientists have developed a revolutionary brain-computer interface that can decode a person's internal, silent speech into text with 94% accuracy. The system, tested on paralyzed and non-impaired individuals, offers a powerful new communication tool for those unable to speak, translating neural signals from the speech motor cortex into words on a screen in near real-time.
Read MoreScientists have achieved a net energy gain in a fusion reaction, producing 20% more energy than consumed in a record-setting experiment. This breakthrough promises clean, limitless energy and could accelerate efforts to combat climate change, though challenges in scaling and commercialization persist.
Read MoreA new scientific breakthrough has demonstrated that aging can be reversed in mice through epigenetic reprogramming, offering hope for future human therapies. Researchers successfully rejuvenated cells, improving cognitive and physical functions, with potential applications in treating age-related diseases and extending healthspan.
Read MoreScientists have used a 256-qubit quantum processor to successfully simulate a complex theoretical quantum material, discovering a new phase of matter. This breakthrough demonstrates a shift toward practical applications of quantum computing in materials discovery and validates key error-correction techniques needed for scaling the technology.
Read MoreA breakthrough AI system has designed and guided the creation of a new material, "hydrodenium nitrade," which exhibits superconducting properties at temperatures up to 12°C. This discovery, published in *Nature*, promises to revolutionize energy, transportation, and computing if its properties can be stabilized, marking a pivotal moment in AI-assisted scientific exploration.
Read More