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https://github.com/muooon/muooon

I build abstract models and code — including the θART model — based on a simple premise: “What if the universe is ternary (1.58 bits) instead of binary?”
https://github.com/muooon/muooon

cmb complex-systems cosmology cosmology-topology dark-energy dark-matter emergence information-theory metaphysics nonlinear-dynamics phase-field phase-transition phase-transition-cosmology soliton structural-cosmology ternary-cosmology ternary-logic unified-model

Last synced: 19 days ago
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I build abstract models and code — including the θART model — based on a simple premise: “What if the universe is ternary (1.58 bits) instead of binary?”

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README 

          
｢ θ-ART 宇宙モデル ｣(θ-ART Cosmological Model)   

正式名称：普遍閾値(θ)による自律共振３極宇宙論  

(Autonomous Resonant Tripolar Universe Theory based on Universal Threshold θ)  



標準宇宙モデル [ΛCDMモデル] (standard cosmological model) を拡張し、  

マクロ･ミクロ統一する３極宇宙論(トイモデル)としての考察です、  

これを表題のとおり θ-ART 宇宙モデル と名付けます、  

(ここで述べることは予測等ではなく全て指摘です、イメージです、トイモデルです)  



This is a discussion of Tripolar cosmology (toy model) that unifies the macro and micro levels,  

As the title suggests, we will call this the θ-ART cosmological model,  

(The points made here are not predictions or the like; they are all observations, illustrations, and rough models.)  



以下は詳細です / Below are the details   

⭐ If you like this project, please give it a star ⭐  

readme：[English](README_ENG.md) | [日本語](README_JPN.md)  

The Japanese version is considered the official version; please use it as the standard for nuances and other details.  



結論：すべての物理定数の根底に｢10⁻⁵｣(またはそのベキ乗)が潜んでいる構造的可能性を指摘する、  

θARTモデルは CMB の"基礎構造"を自然に再現できる、  

一様性、微小ゆらぎ、非ガウス性、音響ピーク、地平線問題の解決、これらはθARTモデルの仮定と非常に相性が良い、  

つまり CMB は θARTモデルの"0状態＋ゆらぎ＋量子化"の自然な結果として説明できる、  



    【ミクロの観測】

     量子もつれ実験 ──► 測定相関が滑らかな曲線ではなく｢階段状(-, 0, +)｣にジャンプする

                   ▲

                   │(全く同じ数理 Q による支配)

                   ▼

    【マクロの観測】

     宇宙背景放射(CMB) ──► 10⁻⁵ の微小ゆらぎ(θ)と、Q が生み出す｢非ガウス性のバリ｣

 

０(完全なゼロではない)のゆらぎが多次元的な可能性をもつ－－－と考えます  

以上により、すべての物理定数の根底に｢10⁻⁵｣(またはそのベキ乗)閾値スケールの存在と構造的可能性が示唆されると考えます  

※ θARTモデルは、実数空間を主役にした補完的抽象化レイヤです、翻訳機やコンパイラのようなものです、 



Conclusion: Pointing out the structural possibility that 10⁻⁵ (or powers thereof) implicitly underlies all physical constants.  



The θART model naturally reproduces the foundational architecture of the CMB: uniformity, minute fluctuations, non-Gaussianity, acoustic peaks, and the resolution of the horizon problem. These line up seamlessly with the assumptions of the θART model. In short, the CMB can be explained as a natural consequence of the θART model's "0-state + fluctuation + quantization."  



```

[Microscopic Observation]

Quantum Entanglement Experiments ──► Measurement correlation jumps in a "staircase pattern" (-, 0, +) instead of a smooth curve.

               ▲

               │ (Governed by the exact same mathematical framework 'Q')

               ▼

[Macroscopic Observation]

Cosmic Microwave Background (CMB) ──► Minute fluctuations (θ) of 10⁻⁵ and the non-Gaussian "burrs" generated by 'Q'.



```



I propose that the fluctuations of 0 (which is not an absolute zero) possess multi-dimensional possibilities.  

Based on the above, I suggest the structural possibility that the threshold scale of 10⁻⁵ (or powers thereof) subtly underlies all fundamental physical constants.  

**The θ-ART model is a complementary abstraction layer where real space plays the central role—acting akin to a translator or a compiler.*  



'''  

Can infinite parallel universes, multi-layered dimensions, or higher-dimensional entities be verified?  

This θART model offers a new perspective that is falsifiable.  

I used the term “Ternary” in the hope that those in the field of digital cosmology would take an interest, but in reality, it refers to “Tripolar”.  

'''