As the fact that quantum mechanical phase processing operates in biological systems becomes clear, the misunderstanding (semantic trap) of equating the living brain with an “artificial quantum computer” is spreading. In this paper, we formulate that the physical entity of the “in vivo analog quantum synchronizer (Bio-QPU),” which allows life to maintain quantum coherence in a room-temperature environment, is a “resonator of the natural world” that is fundamentally different from artificial computational devices in its purpose of existence, architecture, and approach to noise. Although comparing the two on the same level is inherently a category error, this paper intentionally contrasts them to clarify that the essence of life is not the computation of specific algorithms, but “phase synchronization with the environmental waves of the universe (LUCA’s Theorem).” Furthermore, we argue that “decoherence,” considered a fatal error in artificial machines, is controlled in vivo by chemical triggers of the autonomous analog tuner (Glial OS), and is optimized as an advanced recording and extraction function called “selective decoherence” that granulates only necessary dimensions while maintaining rich background waves. We present a verifiable paradigm that overcomes the computer metaphor in life sciences.
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