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Brain Organoids as Living AI: A New Frontier in Biocomputing | Researchers created a hybrid computing system, “Brainoware,” that combines electronic hardware with human brain organoids to bridge the gap between human brain power and AI.
Researchers created a hybrid computing system, “Brainoware,” that combines electronic hardware with human brain organoids to bridge the gap between human brain power and artificial intelligence (AI).
Study in a Sentence: Researchers created a hybrid computing system, “Brainoware,” that combines electronic hardware with human brain organoids to bridge the gap between human brain power and artificial intelligence (AI). This biocomputing approach has already been able to recognize speech patterns and perform complex mathematical equations quickly and may lead to energy-efficient AI systems and new models for understanding neurological diseases, ultimately advancing biomedical research and therapeutic development. By training brain organoids and AI to self-organize and process information in unique ways, scientists are opening possibilities for more advanced machine learning, brain-computer interfaces, and novel, human-specific approaches to neuroscience.
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