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| Hovedforfatter: | |
|---|---|
| Format: | Recurso digital |
| Sprog: | kinesisk |
| Udgivet: |
Zenodo
2026
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| Fag: | |
| Online adgang: | https://doi.org/10.5281/zenodo.20036687 |
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- <p>This collection presents five papers that together form a complete theoretical framework achieving what general relativity cannot: an exactly soluble multi-body gravitational equation. The core discovery is that gravity is the Coulomb force — all mass carries an equivalent charge Q = ηM, where η = √(4πε₀G) ≈ 8.6 × 10⁻¹¹ C/kg is a universal constant derived from first principles.</p> <p>The five papers form a single logical chain:</p> <p>1. Gravity Is the Coulomb Force — The Century-Old Misinterpretation of "Frame-Dragging" demonstrates that Heaviside's 1893 gravito-electromagnetism already predicted the Lense-Thirring precession rate Ω = GMω/5c²R. The GP-B experiment confirmed this rate, but it confirms gravito-electromagnetism equally — the geometric reinterpretation as "frame-dragging" is a category error that renames a dynamical force as a kinematic background.<br>2. Gravity as the Coulomb Force — A Unified Field Theory from Vibrational Ontology derives the mass-equivalent charge relation Q = ηM from the fundamental insight that the universe has a single substrate field, where ±e is its local deep potential well/barrier and gravity is its shallow far-field gradient. Newton's law is rigorously derived from Coulomb's law without approximation.<br>3. Unified Geometric Theory of Astrophysical Magnetic Fields derives the formula B = (3μ₀/20π) × (ηMω/R) directly from mass, radius, and angular velocity. This single zero-parameter equation spans 15 orders of magnitude — from Earth (10⁰ G) to magnetars (10¹⁵ G) — and naturally reproduces galactic magnetic fields without dynamo theory's assumptions.<br>4. An Exactly Soluble Multi-Body Gravitational Framework introduces the linear field equation □Φ = (4πG/c⁴)ρ_f, enabling exact superposition for the first time in gravitational physics. Tested on PSR J0337+1715 (χ² = 18.3 vs. GR's 21.6), PSR B1620-26 (30-year data), and OJ287 (correctly predicting the 2019 flare onset, unlike GR).<br>5. Gravito-Magnetic Corrections incorporates the gravito-magnetic field C_g = μ₀∇×J_g into the equations of motion. This eliminates the final 0.1 μs residuals in PSR J0337+1715 (χ² improved to 17.8, 3.2σ significance) and refines the OJ287 flare prediction to January-March 2019, in precise agreement with Prince et al. (2021).</p> <p>The framework introduces zero free parameters. Every quantity is either a known fundamental constant or an independent astronomical observable. It unifies what standard theory treats as disconnected phenomena — galactic rotation curves, astrophysical magnetic fields, and multi-body orbital dynamics — into a single causal structure.</p> <p>本文集收录五篇论文,构成一个完整的理论框架,实现了广义相对论无法完成的任务:人类第一个精确可解的多体引力方程。核心发现是:引力就是库仑力——所有质量携带等效电荷 Q = ηM,其中 η = √(4πε₀G) ≈ 8.6 × 10⁻¹¹ C/kg 是从第一性原理导出的普适常数。</p> <p>五篇论文构成一条完整的逻辑链:</p> <p>1. 《引力就是库仑力——“参考系拖曳”的百年谬误》:论证1893年亥维赛的引力电磁学已经给出与广义相对论完全相同的伦泽-蒂林进动率 Ω = GMω/5c²R。GP-B实验验证了这一进动率,但它同时验证了引力电磁学——将动力学效应重新定义为“时空在转”是一种范畴错误。<br>2. 《引力就是库仑力——基于振动本体论的统一场论》:从“宇宙本体场只有一个,±e是局域深势阱/势垒,引力是广域浅势阱”这一根本洞察出发,推导出质量-等效电荷转换关系 Q = ηM。牛顿万有引力定律从库仑定律严格导出,无需任何近似。<br>3. 《天体磁场的统一几何理论》:导出天体磁场公式 B = (3μ₀/20π) × (ηMω/R),仅用质量、半径、角速度三个可观测量。单一零参数公式跨越15个数量级——从地球(10⁰ G)到磁星(10¹⁵ G)——并自然给出星系磁场,无需传统发电机理论的多重假设。<br>4. 《基于频率调制标量场的引力理论:一个精确可解的多体引力框架》:引入线性场方程 □Φ = (4πG/c⁴)ρ_f,首次实现引力多体系统的精确叠加。在PSR J0337+1715(χ² = 18.3 vs. 广义相对论的21.6)、PSR B1620-26(30年数据)、OJ287(正确预言2019年耀发开始时间,广义相对论预言晚近一年)上获得验证。<br>5. 《包含引力磁场修正的精确可解多体框架》:将引力磁场 C_g = μ₀∇×J_g 纳入运动方程。磁场修正将PSR J0337+1715的残差从0.1 μs降至0.02 μs(χ²优化至17.8,3.2σ显著性),并将OJ287的耀发时间预言精确到2019年1-3月,与Prince et al. (2021)观测完全吻合。</p> <p>整个框架不引入任何自由参数。每一个量要么是已知基本常数,要么是独立天文可观测量。它将标准理论视作互不相干的现象——星系旋转曲线、天体磁场、多体轨道动力学——统一为同一个因果结构。</p>