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A new study led by a Howard University theoretical physicist argues that eukaryotic cells may be capable of processing information at an astonishing 1,000 times faster than current estimates due to quantum processes within biological structures like tryptophan networks. This challenges the conventional understanding of biological computation, suggesting that quantum phenomena – previously thought unsuitable for warm, complex environments – could be harnessed by cells, potentially surpassing the capabilities of even the most advanced quantum computers. While the findings require further testing, they represent a significant shift in how we view the intersection of biology and quantum physics, with implications for fields ranging from artificial intelligence to the origins of life.