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Total Entropy Conservation Hypothesis for Information–Matter Combined System and the Nature of Consciousness

Bingxing FU

Published Feb 26, 2026• 0 citations
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Abstract

本文针对封闭的信息-物质复合系统提出了总熵守恒假设,并在统一的一元论框架下重新诠释了意识、量子观测和宇宙动力学的本质。基于熵守恒公理,本研究对自我观察和意识进行了理论解释,并为双缝干涉实验提供了一种非唯心主义、非神秘主义的物理机制。该理论不属于传统的唯心主义、唯物主义或笛卡尔身心二元论。它仅以单一封闭系统、熵守恒和自我观察结构为核心前提,并完成了从本体论到可验证预测的完整逻辑闭环。它为意识科学、量子力学基础问题和热力学的统一提供了一条新的理论路径。 A revised version (V2) of this work is available at:[https://doi.org/10.5281/zenodo.19180792]

DOI
10.5281/zenodo.18789496

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Total Entropy Conservation Hypothesis for Information–Matter Combined System and the Nature of Consciousness (Revised Version)

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本文提出了封闭信息-物质复合系统总熵守恒假设的修订版(V2)。主要修订在于明确了“观察”的定义,将其视为信息场与物质系统之间客观的相互作用,独立于主观意识或人为干预。此外,本文还消除了关于自我观察结构和意识作用的歧义,以增强理论的严谨性。该框架在总熵守恒的框架下统一了意识、量子测量和宇宙动力学的本质,并在统一的一元论本体论框架内,对双缝实验提供了一种非理想主义、非神秘主义的解释。 本文的修订版(V3)可在以下网址获取:[https://doi.org/10.5281/zenodo.19217300 ] The preprint was revised with the help of artificial intelligence language touch-ups and formula formatting tools

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Total Entropy Conservation Hypothesis for Information–Matter Combined System and the Nature of Consciousness V3

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This paper presents the revised version (V3) of the hypothesis of total entropy conservation in a closed information-matter composite system. The primary revision further clarifies the definition of "observation", regarding it as an objective dynamic interaction between the information field and the material system, independent of subjective consciousness or human intervention. Meanwhile, this paper weakens and eliminates ambiguous statements regarding self-observation structure and the role of consciousness to improve the physical rigor and testability of the theory. Within the framework of total entropy conservation, this framework unifies the essence of quantum measurement, cosmic dynamics and information-matter coupling, and provides a non-idealistic, non-mystical physical explanation for the double-slit interference experiment within a unified monist ontological framework. The information field cannot be directly observed or detected at conventional material scales, but its strong coupling effect with the material system can manifest as observable phenomena such as material disintegration and gravitational anomalies in extreme entropy change environments like black holes, providing a breakthrough for the subsequent indirect verification of the theory through function fitting and numerical characterization using astronomical observation data. A revised version (V4.1) of this work is available at: [https://doi.org/10.5281/zenodo.19591098] The preprint was revised with the help of artificial intelligence language touch-ups and formula formatting tools

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本文针对封闭的信息-物质复合系统提出了总熵守恒假设,并在统一的一元论框架下重新诠释了意识、量子观测和宇宙动力学的本质。基于熵守恒公理,本研究对自我观察和意识进行了理论解释,并为双缝干涉实验提供了一种非唯心主义、非神秘主义的物理机制。该理论不属于传统的唯心主义、唯物主义或笛卡尔身心二元论。它仅以单一封闭系统、熵守恒和自我观察结构为核心前提,并完成了从本体论到可验证预测的完整逻辑闭环。它为意识科学、量子力学基础问题和热力学的统一提供了一条新的理论路径。 A revised version (V2) of this work is available at:[https://doi.org/10.5281/zenodo.19180792]
本文提出了封闭信息-物质复合系统总熵守恒假设的修订版(V2)。主要修订在于明确了“观察”的定义,将其视为信息场与物质系统之间客观的相互作用,独立于主观意识或人为干预。此外,本文还消除了关于自我观察结构和意识作用的歧义,以增强理论的严谨性。该框架在总熵守恒的框架下统一了意识、量子测量和宇宙动力学的本质,并在统一的一元论本体论框架内,对双缝实验提供了一种非理想主义、非神秘主义的解释。 本文的修订版(V3)可在以下网址获取:[https://doi.org/10.5281/zenodo.19217300 ] The preprint was revised with the help of artificial intelligence language touch-ups and formula formatting tools
This paper presents the revised version (V3) of the hypothesis of total entropy conservation in a closed information-matter composite system. The primary revision further clarifies the definition of "observation", regarding it as an objective dynamic interaction between the information field and the material system, independent of subjective consciousness or human intervention. Meanwhile, this paper weakens and eliminates ambiguous statements regarding self-observation structure and the role of consciousness to improve the physical rigor and testability of the theory. Within the framework of total entropy conservation, this framework unifies the essence of quantum measurement, cosmic dynamics and information-matter coupling, and provides a non-idealistic, non-mystical physical explanation for the double-slit interference experiment within a unified monist ontological framework. The information field cannot be directly observed or detected at conventional material scales, but its strong coupling effect with the material system can manifest as observable phenomena such as material disintegration and gravitational anomalies in extreme entropy change environments like black holes, providing a breakthrough for the subsequent indirect verification of the theory through function fitting and numerical characterization using astronomical observation data. A revised version (V4.1) of this work is available at: [https://doi.org/10.5281/zenodo.19591098] The preprint was revised with the help of artificial intelligence language touch-ups and formula formatting tools
近年の電子情報通信に関するデバイス技術の進化にしたがって,物理層の奥深くまで踏み込んだ情報処理が可能になりつつある.このような事情から,究極の情報処理理論として量子情報理論が定式化され,様々なバックグラウンドを持った研究者の努力により急激に進展した.しかしながら,量子情報理論では,これまでブラックボックスとして扱っていた部分に踏み込んで情報処理理論を展開するので,基本的概念の理解のレベルでさえ様々な参入障壁がある.本稿では,これらの障壁を取り除くため,初学者が誤解しやすい点や概念に重点を絞って解説する.例えば,波動関数と密度行列の違い,物理量とPOVM,状態複製と状態準備の違いなどについて丁寧に触れる.同時に,量子情報理論の最近の研究動向を解説する.具体的には状態識別,量子通信路符号化,量子鍵配送などの最新に成果にも触れる.
This version includes the following Major Changes Title and core terminology unified to "Fundamental Consciousness Energy (FCE)". Added theoretical engagement with Superpsychism (§2.2). Added systematic comparison with five major consciousness theories (§8.1). Specified falsifiability conditions and differentiated from Orch-OR predictions (§7). Full professional academic language editing and reference formatting. Manuscript expanded from ~2,500 words (V1) to ~7,000 words (V2). Core theoretical claims remain unchanged. The original V1 paper proposes the Consciousness Energy (CE) Hypothesis and constructs a three‑layer cosmic model to unify classical mechanics and quantum mechanics. It explains phenomena including quantum entanglement, the observer effect, and black hole singularities from the perspective of consciousness as a fundamental energy form. The framework is logically self‑consistent and provides a new perspective for the study of unified theories. This is the English version of the preprint originally published in Chinese.The original Chinese version has been published on Zenodo with DOI: 10.5281/zenodo.20039545 . It is available at: https://doi.org/10.5281/zenodo.20039545
摘 要:信息不对称是现代经济学解释市场失灵、契约设计、金融摩擦、逆向选择与道德风险的核心理论基石。经典信息不对称模型建立在知识离散二分、状态确定唯一、概率经典可加、信息静态外生与观测中立的经典世界观之上,将信息差异定义为“知道”与“不知道”的二元鸿沟,无法刻画现实中普遍存在的信念模糊、预期叠加、信息干涉、信心差异与观测改变信息结构等深层信息特征。本文严格立足于经济主体信息处理的本体逻辑,规避物理隐喻类比,引入量子叠加、量子相干、观测坍缩与量子信息熵构造公理体系,对经典信息不对称理论进行范式升级,构建一般性的量子信息不对称理论(Quantum Information Asymmetry,QIA)。本文严格证明,经典信息不对称是量子信息不对称在无叠加、无相干、无信念冲突与观测中立条件下的退化特例;通过推导量子信息不对称的数学结构、测度公式与均衡特征,系统阐释信息叠加、信念相干、观测坍缩与熵差演化四大微观作用机制。结合信贷市场、股票市场、委托—代理关系与政策传导等典型场景开展数值模拟分析,结果表明:量子信息不对称能够统一刻画信念混乱度差异、预期干涉效应、信息透明度内生与观测驱动信息跃迁等经典理论难以系统容纳的信息结构。本研究完善了信息经济学的基础公理体系,为契约理论、金融中介、公司治理、市场监管与宏观政策传导提供全新的基础性分析范式。 关键词:量子信息不对称;逆向选择;道德风险;信念叠加;观测坍缩;契约理论
摘 要:主流经济学因果认知先后经历决定论因果与概率因果两次革命,二者共享经典力学世界观的强本体论预设:因果关系客观先在、变量可独立分离、观测行为中立无扰、因果作用局域链式传递。这使得现代实证因果推断始终面临内生性无解、预期自实现、观测干预扭曲与非局部联动失效等底层困境。本文突破传统框架,原创性提出经济学意义上的量子因果论,将经济因果关系重构为因果叠加、因果纠缠与观测坍缩共同规定的量子态演化过程。文章严格证明:经典确定性因果是量子因果在“高频观测、大规模平均、强制度约束”条件下的统计近似;概率因果则是量子因果在“弱叠加、弱纠缠、弱观测干扰”情形下的退化特例。本文构建量子因果的公理体系、态空间表示、因果相干性判据与观测坍缩机制,首次提出经济退相干原理,有效化解量子叠加性与日常确定性因果的表观矛盾。研究表明,量子因果论能够统一解释从个体决策到宏观波动、从市场均衡到系统性风险的所有经济现象,为重新理解内生性、预期效应、政策传导与系统风险提供一般化基础,也为中国自主经济学知识体系构建提供具有范式革新意义的理论工具。 关键词:量子因果论;因果叠加;因果纠缠;观测坍缩;经济退相干