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What if you could recreate the human experience of pain — not the feeling itself, but the biological process behind it — in a tiny dish on a laboratory table? At Stanford University, scientists have done exactly that. Using stem-cell-derived neurons, they built a functioning human brain circuit that can sense pain signals, transmit them, and respond in real time — just like our nervous system does inside the body. This isn’t science fiction or virtual reality. It’s one of the

Imagine an AI that doesn’t just analyze data, but thinks like a scientist — reading millions of studies, spotting hidden connections, and proposing an experiment that could lead to a new cancer breakthrough. That’s not a future dream; it’s happening right now. In a remarkable collaboration between Google Research and Yale University, a new AI system called C2S-Scale 27B made a bold prediction about how certain cancer cells behave — and when scientists tested it in the lab, th

Imagine a simple laboratory dish growing human cells that act like the earliest form of your blood — ready to repair, regenerate, and maybe even replace damaged systems in the human body. That image, once pure science fiction, is now becoming a reality. Scientists at the Gurdon Institute at the University of Cambridge have achieved something extraordinary: they’ve built an embryo-like structure from human stem cells that naturally produces blood stem cells — the very cells re