A Unified Cosmic Model Based on Coupled Quantum Information and Hierarchical Emergence (基于量子信息耦合逐级涌现的宇宙统一模型)

Abstract: Aiming at longstanding fundamentalphysics puzzles including the incompatibility between general relativity and quantum mechanics, the unknown origin of spacetime and dimensions, the ontological ambiguity of quantum fields, the lack of underlying dynamical basis for the entropyincrease principle, the blackhole information paradox, and the nonunique final state of cosmic evolution, this paper constructs a unified cosmic model with pureinformation ontology and hierarchicalemergence logic. Contrary to mainstream physics that treats quantum fields as the innate substrate of the universe, this model postulates quantuminformation units as the sole fundamental ontological entity; information coupling precedes fields, and quantum fields, force fields, energy, spacetime and dimensions are all hierarchically emergent products. The complete causal hierarchy reads: interactive coupling of quantuminformation units → emergence of weak forcefield structures → cumulative emergence of energy effects → emergence of multidimensional spacetime geometry from informational topological structures. Within this framework, quantum fluctuations are interpreted as steadystate perturbations of information; entropy increase is a secondary rule only valid inside solidified spacetime systems. Black holes possess functions of information deconstruction and entropy reset and can gestate subuniverses. The universe is an open system, so heat death is not an inevitable final state. Drawing on highcredibility experimental evidence such as entanglementinduced emergent spacetime, holographic wormholes and entropicforce observations, this paper clearly distinguishes the ontologicalhierarchy gap between traditional fieldtheory paradigms and the present model. Falsifiable vacuumoptics experimental predictions are put forward. This work reconciles the underlying presupposition conflicts between general relativity and quantum mechanics at the ontological level, and provides novel theoretical paths and testable experimental schemes for resolving the origin of quantum fields, spacetime emergence and quantumgravity unification. 摘要: 针对广义相对论与量子力学无法统一、时空与维度起源不明、量子场本体归属存疑、熵增原理缺乏底层动力学依据、黑洞信息悖论、宇宙演化终态不唯一等基础物理疑难,本文建立一套以纯信息为底层本体、逐级涌现的宇宙统一模型。区别于主流物理将量子场视作宇宙先天基底,本文提出量子信息单元为唯一底层本体,信息耦合优先于场存在,量子场、力场、能量、时空维度均属于逐级涌现产物。 模型完整层级链条为:量子信息单元交互耦合 → 涌现弱力场结构 → 累积涌现能量效应 → 依托信息拓扑结构涌现多维时空几何。依托该层级结构,本文自洽推导出:量子涨落是信息稳态扰动;熵增仅为固化时空体系内部的次级规则;黑洞具备信息解构与熵重置功能,能够孕育次级宇宙;宇宙属于开放系统,热寂并非必然演化终态。 结合量子纠缠涌现时空、全息虫洞、熵力等可信度较高的前沿实验佐证,本文厘清传统场论范式和本模型在本体层级上的核心差异,同时给出可证伪的真空光学实验预言。本模型从本体层面调和广义相对论与量子力学底层预设矛盾,为解决量子场本源、时空涌现、量子引力统一问题,提供全新理论思路与可供检验的实验方案。 关键词:量子信息,量子场,黑洞,宇宙微波背景辐射,能量,暗能量,暗物质,量子纠缠,熵,量子引力,时空,宇宙膨胀,逐级涌现,耦合效应,宇宙统一模型,宇宙学