Generalized Projection Theory: Framework Declaration
Year: 2026
Type: preprint
Abstract: 英文版 Generalized Projection Theory (GPT) proposes that observable 3+1-dimensional spacetime originates as a projection-induced phase transition from a 256-dimensional pre-geometric information structure. The theory is governed by the Shadow Equation, which partitions the maternal space into 7/8 observable geometry and 1/8 pre-geometric residual, with fracture locked at n=7. Two theorems—the 7/8 Projection Theorem and the 2037 Theorem—form a closed system that jointly defines the operational layer and the meta-encoding duality layer of the theory. The framework yields a theoretical prediction of 3.5–7.8976 kpc, independently confirmed by the Galactic Plane Survey at 3.9–7.9 kpc with an upper-limit deviation of only 0.0024 kpc. Theory preceded observation (Zenodo, 2026.08.05 vs. 2026.08.07), establishing a testable falsifiability criterion. GPT is positioned as a structural counterpart to general relativity, string theory, and quantum mechanics, characterized by its own fundamental constant: the \mathcal{P}_{7/8} Projection Theorem. 中文版 广义投影论提出,可观测的3+1维时空起源于256维前几何信息结构的投影诱导相变。该理论由影方程统摄,将母空间分流为7/8可观测几何与1/8前几何残差,断裂锁定在n=7。双定理体系——7/8投影定理与2037定理——构成闭合系统,分别定义操作层与元编码对偶层。理论预言3.5–7.8976 kpc,被银河画卷独立观测(3.9–7.9 kpc)验证,上限偏差仅0.0024 kpc。理论在先,观测在后(Zenodo 2026.08.05 vs 2026.08.07),建立了可证伪性判据。广义投影论与广义相对论、弦论、量子力学并列,由自身结构常数 \mathcal{P}_{7/8} 投影定理所表征。
Author: shuqing, Cui
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7203533153