From Quantum Entanglement to Quantum Metabolism: A Foundational Reformulation of Quantum Mechanics Based on the Zhu-Liang Holistic Axiomatic System

May 3, 2026Open Access

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Key Points

The paper aims to redefine core concepts of quantum mechanics using a new holistic axiomatic system.
Developed a comprehensive meta-mathematical framework with 63 formal theorems.
Reformulated key quantum mechanics concepts: quantum entanglement to quantum metabolism, wave function collapse, and decoherence.
Derived five new theorems linked to quantum metabolism and its implications in various scientific domains.
Established quantum metabolism as a unifying concept in quantum science, impacting quantum computing and gravity.
Introduced new theorems including minimum energy-information cost and measures of non-local metabolic strength.
The new framework proposes a significant shift in understanding quantum phenomena within living systems rather than inert particles.

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Foundational reformulation suggests quantum metabolism replaces quantum entanglement, highlighting new theoretical insights.

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Jianbing Zhu (2026) studied this question.

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