Von der Astrophysik zur sozialen Feldtheorie – Die universelle Mechanik der Informationskopplung

Release v2.1: Operationalized Field Theory & Atimo-Lewin-Effect

This release marks a significant milestone in the evolution of the Atimo-Postulate. We have moved from a phenomenological description to a mathematically operationalized field theory. This version introduces the effective gravity equation and the expanded Poisson-Equation for computational simulations.

🚀 Key Updates in v2.1

1. Mathematical Operationalization

Implementation of the effective gravitational constant $G_{eff}$:
$$G_{eff} = G_N \cdot (1 + \alpha \cdot i^2)$$
This allowes for systemic simulations where gravity is no longer a static constant but a function of local Information Coupling Density ($i$).

2. Expanded Field Equations

The core engine now supports the expanded Poisson-Equation to describe potential dynamics ($\Phi$) without the necessity of Dark Matter models:
$$\nabla^2 \Phi = 4\pi G_N \rho (1 + \alpha i^2)$$

3. Predictive Particle Genesis

• Resonance Nodes: The framework now includes stubs for calculating stable coupling resonances.
• Matter Generation: Theoretical prediction of elementary particles based on information density thresholds ($i_{crit}$).

4. Interdisciplinary Extension (Atimo-Lewin)

• Integration of scale-invariant logic for Social Field Theory.
• Implementation of the Atimo-Lewin-Effect ($B \approx f(i_P, E^2)$) to model "Social Gravity" and semantic density in linguistic systems.

📊 Documentation & DOI

This version is officially registered and archived:

• DOI: 10.5281/zenodo.20066727
• Status: Operationalized Correction Model
• License: CC BY 4.0

🛠 Usage

The provided algorithms in this release are intended for:

• Astrophysical rotation curve modeling (SPARC dataset alignment).
• Social network density analysis.
• Semantic singularity mapping.

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“Information is the primary medium; matter is its local result.”
#dresdendenkt #Atimo #PhysicsRevolution