Appendix A v6.1: Complete Revision and Deepening of the Core Mechanisms in v6.0 Theory Kudames Energy-Flow Unified Field Theory · Revised Appendix
Appendix V6.1 for Kudames Energy-Flow Unified Field Theory v6.0: Clarification of the n-Spectrum, Mass Formula, and Open-System Quantum Dynamics This document is the final, publication-ready version of the official appendix to the main manuscript “Kudames Energy-Flow Unified Field Theory v6.0” (Li, 2025). It presents the same scientific content as v6.0, now refined for clarity, consistency, and broad accessibility. Key features of this version include: A self-contained derivation showing that only even values of the excitation parameter n (i.e., n = 2.0, 4.0, 6.0, …) yield stable matter states, based on a topological closure condition in a two-fiber interference model; Clear retention of the original physical classification: energy states at n = 1.1, 1.3, 1.5, 1.7, 1.9 (massless, non-closed excitations) and matter states at even n ≥ 2.0 (massive, closed-loop condensates); The unified mass formula m(n) = mₑ (n/2)², with an explicit harmonic-oscillator-based physical interpretation; A generalized quantum dynamics for open systems, featuring the non-conserved continuity equation ∂ₜρ + ∇·(ρv) = −∇·S/c² and a singularity-free Madelung formulation; Three concrete, testable predictions: THz-induced mass fluctuations, a new particle at n = 6 (~4.6 MeV/c²), and gravitational anisotropy. 本文档是主文稿《库达梅斯能量 - 流统一场论 v6.0》(Li,2025)官方附录的最终定稿版,可直接用于发表。其科学内容与 v6.0 版本一致,本次修订旨在提升内容的清晰度、一致性与普适可读性。 本版本的核心特点包括: • 基于双纤维干涉模型中的拓扑闭合条件,通过自洽推导证明:仅当激发参数 n 取偶数值(即 n = 2.0、4.0、6.0…)时,方可形成稳定物质态; • 清晰保留原有物理分类:n = 1.1、1.3、1.5、1.7、1.9 时对应能量态(无质量、非闭合激发),n ≥ 2.0 且为偶数时对应物质态(有质量、闭合回路凝聚体); • 统一质量公式 m (n) = mₑ (n/2)²,并基于谐振子模型给出明确的物理诠释; • 开放系统的广义量子动力学,核心包含非守恒连续性方程∂ₜρ + ∇・(ρv) = −∇・S/c²,以及无奇异性的马德隆表述; • 三项具体可检验预言:太赫兹(THz)诱导的质量涨落、n = 6 时对应的新粒子(质量约 4.6 MeV/c²),以及引力各向异性。
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-09-26
- DOI
- https://doi.org/10.5281/zenodo.17211730
- Primary Topic
- Silkworms and Sericulture Research
- Type
- article
- Field-Weighted Citation Impact
- 0.00