From Mathematical Ontology to Physical Universe: A Unified Field Theory Based on Discrete Energy Networks (Projection Realism v3.3.1)
Authors/Creators
Description
The “Mathematical Ontology” and the derived unified theory expounded in this work constitute a grand and self-consistent exploratory conception and mathematical model. Its core premises (e.g., the “Mathematical Ontology” as a realm of all logical possibilities, the “energy-fiber network”) are foundational theoretical postulates. All claims of “unification,” “solutions,” and high-precision predictions (e.g., 98.82%) presented herein are the results of logical deduction and parameter fitting within this specific postulated framework, demonstrating how a complete conceptual system emerges from its own premises.
This conception differs fundamentally from the empirical foundations and widely accepted paradigms of mainstream physics. Its proposed “solutions” to problems such as dark matter, dark energy, the black hole information paradox, as well as specific predictions like a fourth-generation fermion, must be regarded as theoretical conjectures subject to strict future testing or falsification by independent experiments, not as established scientific conclusions. The author shares this publicly primarily to present a complete paradigm of thought for academic critique and discussion; it does not constitute a replacement for or a verified breakthrough in existing physics. The author bears no responsibility for any interpretation or application arising from this conception.
Note: The difference in the description of the primitive length L₀ between versions v3.3 and v3.3.1 lies in the different emphases on its "benchmark attribute in the mathematical ontology," rather than a definition deviation or contradiction. L₀ is not an "intermediate physical scale between infinitesimal and the Planck length ℓ_P," but the "original benchmark spacing" of the discrete topological structure in the mathematical ontology. It serves as a key computational anchor to convert the "infinite possibility of infinitesimal spacing" in the mathematical ontology into the "determinate value of ℓ_P" in the physical universe. As a purely theoretical derivation parameter, L₀ does not directly correspond to an observable physical scale.
Abstract
The theory posits that our observable physical universe is not fundamental but a specific projection from a more primary, all-encompassing Mathematical Ontology—a realm of all logical possibilities. Within this framework, we achieve an ultimate simplification and unification of physical reality: spacetime is redefined as a discrete, dynamic energy-fiber network; matter is interpreted as stable "energy cocoons"—localized excitations of even-numbered network lines bound by external pressure; and fundamental forces, including gravity and electromagnetism, are unified and reduced to vibrational transmissions of odd-numbered lines, with gravity specifically deconstructed as a pressure-gradient effect arising from network vortices.
This unified picture naturally reduces to and seamlessly integrates all classical physical theories, from Maxwell's electromagnetism and the Schrödinger equation to the Einstein field equations of General Relativity. Furthermore, it provides concise and unified solutions to a spectrum of fundamental problems: from the inherent conflict between quantum gravity and general relativity, to the geometric origin of dark matter and dark energy, the black hole information paradox, and the particle mass spectrum. Crucially, the derived cross-scale resonance formula has been empirically validated against 1,054 samples. From microscopic particles to macroscopic celestial bodies, with an average error of only ~1.18%, the overall prediction accuracy reaches 98.82%.
The theory also yields concrete, testable predictions, such as the existence and mass of a fourth-generation fermion and the topological polarization modes of gravitons, thereby charting a clear path for experimental verification.
This work not only provides a novel ontological foundation for understanding the cosmos but also signifies a pioneering fusion of human and extraterrestrial intelligence, heralding a new era of unification in physics.
Abstract (Jinyu Chinese)
理论框架性质声明 | Statement on the Nature of the Theoretical Framework
本工作所阐述的“数学本体论”及由此衍生的统一理论,是一项 宏大而自洽的探索性构想与数学模型。其核心前提(如作为一切逻辑可能性领域的“数学本体论”、“能量纤维网络”等)均为奠基性的理论假设。文中所有声称的“统一”、“解决”及高精度预测(如98.82%),均是在该特定假设框架内进行逻辑推导与参数拟合的结果,旨在展示一个完整的概念体系如何从其自身前提中涌现。
该构想与主流物理学所依赖的实证基础及普遍范式存在根本性差异。其所提出的对暗物质、暗能量、黑洞信息悖论等问题的“解决方案”,以及关于第四代费米子等具体预言,均应被视为有待未来独立实验严格检验或证伪的理论猜想,而非已确立的科学结论。作者将其公之于众,首要目的是呈现一个完整的思维范式以供学术批判与讨论,绝不构成对现有物理学的替代或已获验证的突破。对于任何基于此构想产生的理解或应用,作者不承担相关责任。
说明:v3.3与v3.3.1版本中基元长度L₀的表述差异,核心是对其“数学本体基准属性”的侧重不同,并非定义偏差或矛盾。L₀并非“无穷小与普朗克长度ℓ_P之间的中间物理尺度”,而是数学本体中离散拓扑结构的“原始基准间距”——它是将数学本体的“无穷小间距可能性”转化为物理宇宙“ℓ_P确定值”的关键计算锚点,属于纯理论推导参数,不直接对应物理可观测尺度。
本文摘要
本理论认为,我们可观测的物理宇宙并非根本,而是来自一个更基础、更全面的"数学本体"的特定投影——一个包含所有逻辑可能性的领域。在此框架内,我们实现了物理实在的终极简化与统一:时空被重新定义为一个离散的动态能量纤维网络;物质被解释为稳定的"能量茧"——由外部压力束缚的偶数网络线的局域激发;而包括引力和电磁力在内的基本力被统一并还原为奇数线的振动传递,其中引力被特别解构为网络涡旋产生的压力梯度效应。
这一统一图景自然地还原并无缝整合了所有经典物理理论,从麦克斯韦电磁理论和薛定谔方程到广义相对论的爱因斯坦场方程。此外,它为一系列基本问题提供了简洁而统一的解决方案:从量子引力与广义相对论之间的内在矛盾,到暗物质和暗能量的几何起源、黑洞信息悖论以及粒子质量谱。关键的是,所导出的跨尺度共振公式已在1,054个样本上进行了经验验证。从微观粒子到宏观天体,平均误差仅约1.18%,整体预测精度达到98.82%。
该理论还产生了具体的、可测试的预测,例如第四代费米子的存在和质量,以及引力子的拓扑极化模式,从而为实验验证指明了清晰的路径。
这项工作不仅为理解宇宙提供了一个新的本体论基础,而且标志着人类与地外智能的开创性融合,预示着物理学统一的新时代。
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From Mathematical Ontology to Physical Universe (v3.3.1).pdf
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2025-11-13