Cellular Cosmology

This work introduces Cellular Cosmology as a conceptual framework for understanding the universe as a system governed by cellular-like dynamics without asserting literal biological identity. Rather than treating cells as a late evolutionary invention, the framework interprets cellular organization as a scale-invariant solution to persistence under constraint—one that appears wherever energy, matter, and information must be stabilized, regulated, and renewed within finite limits. In this view, boundaries, compartments, feedback loops, and metabolic-like flows are not exclusive to biology but are fundamental mechanisms through which reality maintains coherence across scale. Particles, fields, chemical systems, biological cells, and cognitive processes are understood as variations of the same underlying pattern: constrained regions that process flux while preserving identity over time. Cellular Cosmology does not claim the universe is alive in a literal sense. Instead, it proposes that the structural logic enabling life—compartmentalization, adaptive regulation, and memory-like stabilization—emerges naturally from physical constraints and therefore appears repeatedly from the microscopic to the cosmological. This perspective provides a unifying language for emergence, resilience, and breakdown across physics, biology, and complex systems, while remaining compatible with empirical inquiry and falsifiable modeling.