Spontaneous symmetry breaking of time, natural symbols in biosystems

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Focusing on the origins of life through a quantum physical lens, this book explores both established and unresolved issues in the field. It candidly addresses the complexities surrounding "endophysical" symmetry breakings, particularly regarding time, suggesting that understanding these phenomena could illuminate the mystery of life's origins. The author examines how internal biomolecular symbols serve as a map for reverse time evolution, and also considers the implications of quantum measurement in multicellular nervous systems, referencing Stapp's model as a foundation for further exploration.