The Consciousness Equation using the Fluid Reality Theory L'équation de la conscience utilisant la théorie de la réalité fluide En Fr

Résumé En

Consciousness remains one of science's most challenging phenomena to model mathematically across scales. We present a novel dynamic systems conciseness equation that model's consciousness as a continuous boundary negotiation process. Our Consciousness Equation -∂C/∂t = k•(I×E-αC), describes how consciousness emerges through interactions between imagination (I), environment (E), and connection quality (C). Drawing on fluid dynamics principles, we show how boundary permeability (represented by slip conditions) provides a mathematical foundation for understanding how consciousness operates across neural, psychological, and cultural scales. We validate this framework through three complementary approaches: fluid-structure interaction experiments modeling boundary dynamics, neuroimaging studies confirming predicted neural signatures of boundary flexibility, and quantum analog systems demonstrating pilot-wave behaviors. The consciousness equation generates testable predictions across scales, including correlated gamma synchronization patterns and quantifiable changes in psychological flexibility. This integrated framework offers a process-based resolution to long-standing challenges in consciousness science, with applications spanning trauma treatment, educational design, and cross-cultural communication.