What question did this study set out to answer?

The aim is to derive projection rules from a 9D topological framework and correlate these with known physical laws.

April 3, 20260 citationsOpen Access

High-Dimensional Projection Rules of 9D-USTE: Derivation of Dimensional Combination and Physical Law Correlation

HLHoulang LiUniversity of Shanghai for Science and Technology

Key Points

The aim is to derive projection rules from a 9D topological framework and correlate these with known physical laws.
Utilized a 9D-USTE topological manifold framework to establish dimensional combinations
Created mapping rules between high-dimensional and low-dimensional physics
Proposed a unique observable signature for experimental verification
Established that 4D physics, such as gravity and quantum entanglement, is derived from a 9D topology
Derived a formula for observable signature Δφ = π/4 · τ_9,4 for testing in experiments

Abstract

Based on 9D-USTE topological manifold framework, this paper derives universal high-dimensional to low-dimensional projection rules, establishes the mapping between dimensional combination and physical laws, and proves that 4D physics (gravity, quantum entanglement) is the low-dimensional projection of 9D topology. A unique observable signature Δφ = π/4 · τ₉, 4 is proposed for experimental verification.

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