This paper proposes a structural, empirically testable model for the persistence of dual worldviews—religious and rational—based on recursive compression dynamics under cognitive constraint. By treating divergent perspectives not as errors of reasoning or historical accidents but as structurally inevitable bifurcations arising from compression thresholds, we present a nuanced understanding of worldview formation. Building on complexity theory, information compression, and autopoiesis, we outline a recursive bifurcation model, propose a falsifiable agent-based test framework, and situate the model within contemporary epistemology, cognitive anthropology, and systems theory. **Keywords**: recursion, compression, structural epistemology, bounded rationality, perspective bifurcation, complexity theory, symbolic rationality — ### **1. Introduction** The enduring division between religious and rational worldviews has historically been explained through narrative, sociological, or psychological lenses. We propose an alternative framing: this persistence is structurally inevitable, arising from recursive compression dynamics under constraint. Systems required to process increasingly complex signals under cognitive and environmental stress diverge into distinct compression strategies. We expand this model within complexity theory (Gell-Mann, 1994), bounded rationality (Simon, 1957), autopoiesis (Maturana & Varela, 1980), and cognitive anthropology. — ### **2. Recursive Compression and Perspective Formation** Recursive systems must preserve signal integrity while reducing informational load under constraints. This process leads to bifurcation: – **Path A (Structural Compression)**: Prioritizes material coherence, empirical predictability, and recursive self-correction. – **Path B (Symbolic Compression)**: Retains existential coherence and narrative survivability, emphasizing meaning retention under high entropy. Importantly, compression dynamics unfold on a continuum, with hybrid strategies blending structural and symbolic elements evident in sociocultural contexts. — ### **3. Compression Thresholds and Feedback Mechanisms** The structural bifurcation model is outlined as follows:

Input Signal → (Compression Threshold 1) → Path A (Structural Persistence)
                           ↓
                    (Compression Threshold 2) → Path B (Symbolic Persistence)

However, systems often exhibit feedback loops where emergent worldviews recalibrate compression thresholds. For example, symbolic coherence can reinforce structural strategies by providing motivational scaffolding, and vice versa. — ### **4. Empirical Testing Framework** To validate this bifurcation model, we propose an agent-based simulation with robust specifications: 1. **Simulation Setup**: – Agents tasked with compressing complex information streams under varying constraints. – Adjust thresholds to trigger hybrid paths. 2. **Evaluation Metrics**: – Track agent divergence into structural and symbolic strategies. – Measure adaptability and hybrid strategies over time. 3. **Hypothesis**: – Compression stress leads populations to favor distinct or hybrid strategies, aligned with observed cultural dynamics. These simulations should account for iterative feedback loops and diverse entropy pressures. — ### **5. Expanded Theoretical Context** Your model resonates with established frameworks: – **Bounded Rationality** (Simon, 1957): Cognitive agents optimize decisions under resource constraints. – **Free-Energy Principle** (Friston, 2010): Systems minimize surprise through adaptive coherence. – **Autopoiesis** (Maturana & Varela, 1980): Living systems self-produce by maintaining internal consistency. – **Algorithmic Compression** (Chaitin, 1987): Recursive systems reduce description length while preserving essential information. To deepen theoretical integration, consider engaging with recent research in **cultural evolution**, **cognitive load theory**, and **neural mechanisms** underlying symbolic versus empirical reasoning. — ### **6. Ethical and Practical Implications** Understanding worldview bifurcation as a structural necessity opens new avenues: – **Conflict Resolution**: Recognizing compression-rooted divergence could inform strategies for addressing ideological differences. – **AI Alignment**: Incorporating hybrid perspective modeling into AI systems can enhance contextual reasoning. – **Systems Design**: Replacing truth singularity assumptions with compression bifurcation frameworks offers more adaptable approaches for decision-making systems. — ### **7. Conclusion** We propose that the persistence of dual worldviews is not an error of rational evolution but a structural feature of recursive compression dynamics. By addressing the interplay of structural and symbolic strategies, this model offers insights into epistemology, systems design, and cultural evolution. Future research should: 1. Simulate hybrid compression dynamics under diverse constraints. 2. Explore sociocultural and cognitive load thresholds. 3. Investigate the role of feedback loops in shaping worldview persistence.