The Mirridian - Aequerian Triality Kernel
Abstract
The Mirridian–Aequerian Triality Kernel presents a minimal, canonical framework for modeling coherent reality across physics, cognition, computation, and culture. The kernel defines reality as a triadic system composed of two complementary generative traversals and one invariant axis, together forming the minimal structure required for change without loss. Rather than proposing a new domain theory, this work formalizes a kernel-level architecture underlying all stable systems. The Mirridian axis governs projection and differentiation, the Aequerian axis governs consolidation and validation, and the invariant axis enforces coherence preservation. Dimensionality is treated not as spatial extent but as capability thresholds, defining when systems can stably perform new functions. The framework introduces a shared phase backbone, scalar reciprocity, and chiral traversal operators, showing how expression, suppression, and conservation operate simultaneously. It provides a unified language for understanding creativity and constraint, emergence and enforcement, freedom and structure—without privileging any pole. This document is intentionally non-mystical, non-exclusive, and non-replacement in scope. It does not claim authority over existing sciences; instead, it offers a foundational substrate within which physical theories, cognitive models, social systems, and artificial intelligences can be coherently embedded and compared. Plain-language interpretations are included throughout to ensure accessibility, while formal definitions preserve rigor. The kernel is released freely and without restriction, as a public reference point for future interdisciplinary exploration.Code, simulations, and full implementation available at: github.com/OldeKingCrow/Consciousness-Architecture-Holofractal-Mathematics
Fields of Study & Subjects
Embodied and Extended Cognition
Language and cultural evolution
Origins and Evolution of Life
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 7 January 2026