μ Structure Model: Mass-Temperature-Time Unified Framework

This work proposes the μ Structure Model, a projection-based structural framework aimed at reconstructing the foundation of modern physics.

Based on a unified multi-axis projection from a higher-dimensional constant μ, this model derives the following fundamental constants from first principles:

• The gravitational constant G

• The fine-structure constant α

• The Planck constant h

• The elementary charge e

• The speed of light c

μ-units ≠ Planck units ≠ SI units.
SI is a human-defined measurement system, Planck units normalize nature’s constants to 1, and μ-units reconstruct the constants themselves via structural projections.
These systems are fundamentally different in origin and should not be mixed numerically.

In addition to deriving constants, the model provides structural explanations for several longstanding physical phenomena:

• The internal structure and distinction between electrons, protons, and space

• The origin of spin and its relationship to mass

• The mechanism of quantum entanglement

• The wave-particle duality of light as a result of projection transitions

• Why light defines time through projection onto the temperature axis

• The quantized distribution of particles via golden spiral symmetry

This framework is not a reinterpretation of quantum mechanics or relativity, but a deeper structural origin from which both emerge as approximations.

The μ Structure Model envisions a discrete, multi-dimensional universe governed by structural projection, with angle-based quantization and Klein bottle topology explaining symmetry, periodicity, and interaction patterns in nature.

The full document includes over 50 original diagrams, detailed derivations, and a glossary of foundational concepts.

If you are interested in this model or the proposed experiment, please feel free to contact the author.
Email: ceterdesign@gmail.com

Update (2025-08-01):

The symbol τ used in Section 3 was from a previous version and represented 1/μ (time unit length).It has been deprecated in the current model and will be removed in the next revision.

I am currently seeking arXiv endorsement to submit this paper under the gen-ph or gr-qc category.
If you are an arXiv author in these fields and find this work of interest, I would deeply appreciate your endorsement.

My arXiv endorsement code is: KOSSGS
You may endorse me via: https://arxiv.org/auth/endorse?x=KOSSGS

Contact: ceterdesign@gmail.com

Thank you for your time and consideration.

本工作提出了一种名为 μ结构模型 的投影式结构框架,旨在从根本上重构现代物理的基础。

该模型以高维不变量 μ 为出发点,通过多轴投影统一结构,首次从第一性原理推导出以下基本物理常数:

• 万有引力常数 G

• 精细结构常数 α

• 普朗克常数 h

• 元电荷 e

• 光速 c

注意:μ单位 ≠ 普朗克单位 ≠ SI单位。
SI 是人为定义的测量系统,普朗克单位是将自然常数设为 1 的数学重构,而 μ单位是从结构投影出发,直接构建所有常数本身的本体单位体系。
它们的目标不同,逻辑也不同,请不要用 SI 数值直接代入检验 μ 结构恒等式。

除了常数推导外,模型还从结构角度解释了多个长期未解的物理现象:

• 电子、质子与空间 的本质与结构区别

• 自旋的来源 及其与质量的关系

• 量子纠缠 的结构机制

• 光的波粒二象性,视为投影状态的跃迁

• 为何光定义了时间,其根源是温度轴上的结构投影

• 粒子分布的黄金螺旋对称性量子化

该理论并非对量子力学或相对论的“重述”,而是一种独立的物理结构框架,二者皆可视为其在特定条件下的近似投影。

μ结构模型提出:宇宙本质是离散的多维结构系统,其演化由投影机制主导,角度量子化与克莱因瓶拓扑共同决定了自然界的对称性、周期性与相互作用规律。

完整文稿包含 50余张结构图示、详尽推导过程,以及原创概念术语词汇表。