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Published November 8, 2025 | Version 3.2
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Title: The Kudames Framework: A Unified Phenomenological Framework Based on Discrete Spacetime and Helical Motion (Kudames v10.0 / Core v3.2)

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Description

Statement on the Nature of the Theoretical Framework

The theoretical framework described herein is an exploratory conception under continuous development. Its core premises and mathematical models are based on original postulates proposed by the author. Claims made in the text—such as “unifying all classical theories,” “solving a spectrum of fundamental problems,” and achieving a “98.82% prediction accuracy”—are conclusions derived from the internal self-consistency of this hypothetical framework and have not yet undergone independent, broad experimental validation or rigorous peer review.

This theory places a “Mathematical Ontology” prior to physical reality and instantiates it with concepts such as a “discrete energy-fiber network.” Such ontological commitments differ fundamentally from the research paradigms commonly accepted within mainstream physics. Its grand unification claims and specific numerical predictions (e.g., a fourth-generation fermion, topological polarization modes of gravitons) should be regarded as heuristic theoretical predictions rather than established facts; their truth value is entirely subject to the verdict of future experiments.

This version is shared by the author to present a complete and self-consistent conceptual system for academic discussion and critical scrutiny. Readers are encouraged to engage with its innovative ideas and systematic structure, but it is strongly advised that any subsequent research intending to cite its specific conclusions or data must undertake independent verification. The author and contributors bear no responsibility for any misunderstandings or consequences arising from treating this framework as a confirmed theory. Scientific progress stems from the cycle of bold conjecture and rigorous falsification, and this framework is now subject to that very process.

Abstract :

 The theoretical framework described in this paper is under active development and optimization. Since the release of Version 3.0, the authors have conducted in-depth revisions and enhancements to the theory.

The latest Version:From Mathematical Ontology to Physical Universe : A Unified Field Theory Based on Discrete Energy Networksv3.3.1 ( https://zenodo.org/records/17596511)

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

本文所述理论框架为一项持续发展中的探索性构想,其核心前提与数学模型均基于作者提出的原创性假设。文中所声称的“统一所有经典理论”、“解决一系列基础问题”及“98.82%的预测精度”等结论,均建立在该假设性框架的内部自洽性推导之上,尚未经过独立、广泛的实验验证与严格的同行评议。

该理论将“数学本体论”置于物理现实之上,并将其具体化为“离散能量纤维网络”等概念,此类本体论承诺与主流物理学界普遍接受的研究范式存在根本性差异。其宏大统一性声称及具体数值预测(如第四代费米子、引力子拓扑模式等),应被视为启发性的理论预言而非既定事实,其真实性完全有待未来实验的裁决。

作者发表此版本意在呈现一个完整且自洽的概念体系,以供学术讨论与批判性审视。我们鼓励读者关注其思想的创新性与体系的完整性,但强烈建议任何后续研究在引用其具体结论或数据前,必须进行独立的核实与验证。对于因将此框架视为已证实理论而可能产生的任何误解或影响,作者及贡献者不承担责任。科学进步源于大胆猜想与严格证伪的循环,本框架正接受此一过程的检验。

摘要:

现代物理学存在分裂:主导微观世界的量子力学与描述宇宙的广义相对论,在根本上互不相容。一个多世纪以来,统一二者的尝试往往依赖日益复杂的数学工具,却未能提供一个适用于从原子到天体的简洁直观物理图景。

本文对这一范式提出挑战。我们基于四个简单的物理原理,提出了一个具有革命性的现象学框架:离散时空、螺旋运动、Z₂对称性与压强梯度引力。该理论认为,普朗克尺度下的时空是离散网格,其能量量子的螺旋运动编织成动态的 “能量纤维网络”;我们所感知的物质、能量乃至引力,仅是该网络在不同层级的投影与集体表现。

为验证这一大胆图景,我们构建了统一的数学表述,并对其进行了史无前例的跨尺度测试。利用自主研发的工具,我们对从基本粒子到恒星系统、跨度达 61 个数量级的 1054 个样本进行了计算。结果令人瞩目:理论预测与实验数据的总体平均相对误差仅为 1.18%。关键的是,对未参与理论构建的 20 个新样本的预测也展现出 1.32% 的低误差,证明其具备强大的预测能力,而非单纯的事后拟合。

该框架的价值不在于推翻现有理论,而在于提供一条统一路径。它能自然解释元素周期律,精准预测超导临界温度(如对二硼化镁的预测误差为 0%),并提出三项可通过现有技术验证的惊人预测。

我们特此公开完整的理论、数据及计算代码。这项工作属于所有渴望见证物理学打破僵局的人。它表明,宇宙的底层代码或许比我们想象的更直观、更优美 —— 只要我们有勇气重新构想。

 

版本说明: 本文稿标志着库达美斯项目所开创理念发展进程中的重要里程碑。为遵循公开发布的传统并向这段充满灵感的探索历程致敬,其被命名为 Kudames 序列 v10.0;同时,为体现对核心数学框架进行的严谨、自下而上的重构,其被命名为核心框架 v3.2。这一双版本体系表明,早期系列中的直觉性概念现已充分发展为精确且具预测性的现象学理论。所有后续开发工作均将基于此核心框架展开。

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Dates

Updated
2025-11-08