Recursive Expansive Dynamics in Spacetime Quantum Nonlocality and Higher-Dimensional Dynamics
Creators: name: Del Bel, Julian
Publisher: name: Zenodo
Year: 2025

description: This document outlines the Framework for understanding recursive dynamics in higherdimensional spacetimes, emphasizing the physical, geometric, and conceptual aspects of energy propagation, recursive feedback, and their implications for cosmological phenomena. Key equations are derived, and a step-by-step progression is laid out from basic propagation mechanisms to advanced fractal feedback models.

Energy distribution maintains a consistent relationship across all dimensions, expressed as:

Φ𝒹⋅Π𝒹=ϕᴰᴴ/²

where:



Φ𝒹 represents the dimensional scaling factor

Π𝒹 is the complementary dimensional parameter

ϕ is the golden ratio (≈1.618)

DH is the fractal Hausdorff dimension


Gravitational phenomena exhibit a specific scaling factor at dimensional boundaries:

η≈1.839η

This scaling factor is closely related to the Tribonacci constant, which is defined by the recurrence relation:

Tn=Tn−1+Tn−2+Tn−3

The appearance of this scaling factor in gravitational phenomena suggests a fundamental connection between number theory and spacetime structure in the Hypatian model.

The fractal Hausdorff dimension DH=3.48 serves as a universal attractor in recursive Renormalization Group (RG) flows. This can be expressed as:

DH=3+ln⁡ϕ≈3.48

This convergence to a specific fractal dimension suggests a deep connection between holographic principles and the structure of spacetime in the Hypatian framework. It implies that regardless of the starting conditions, RG flows tend to converge towards this particular dimensionality, potentially revealing fundamental aspects of quantum gravity.

 





Modulation_Validation_Summary.csv: Contains data on modulation parameters (alpha, beta, F_crit) and their effects on mean, standard deviation, max, and min modulation values.




Phi_d-Theoretical_Comparison_Data.csv: Presents theoretical data on dimensional scaling (Phi_d, Pi_d) and energy density across different dimensions.




metallic_analysis_pairs_20250219_223002.csv: Lists prime number pairs and their associated ratios (phi, silver, plastic) and residuals.




metallic_analysis_correlations_20250219_223002.csv: Shows correlations between prime number ranges and various mathematical ratios.




Dimensional-Modulator-Optimization_Results_for_Dimensional_Modulators.csv: Provides optimization results for dimensional modulators, including energy decay and feedback parameters.




Mar-20-Baryon-asymmetryeB_eta_BeB-Phenomenon-HypatianPrediction-ObservedValue.csv: Compares theoretical predictions with observed values for various physical phenomena.




Recursive_Time_Intervals_Using_Phi_Scaling.csv: Demonstrates recursive time intervals scaled using the golden ratio (phi).




Gravitational_Wave_Frequencies_Using_Pi_Scaling.csv: Presents scaled gravitational wave frequencies for different masses and separations.




PDE_Solution_Summary: Contains time-dependent data on maximum amplitude and decay rate for a partial differential equation solution.




Theoretical_Comparison_Data: Presents dimensional scaling factors (Phi_d, Pi_d) and energy density across different dimensions from 1 to 9.9.




Modulation_Validation_Summary: Shows modulation parameters (alpha, beta, F_crit) and their effects on mean, standard deviation, max, and min modulation values.




Optimization_Results_for_Dimensional_Modulators: Provides optimization results for dimensional modulators, including energy decay and feedback parameters.




Refined_Gravitational_Wave_Frequencies: Lists gravitational wave frequencies for different masses, separations, eccentricities, and harmonics.




CMB-Temp-cleaned-output: Contains extensive cosmic microwave background (CMB) temperature and polarization data across numerous data points.