Hypothesis 41: The Dual-String Code of Cosmic Metabolism - Black Holes as Lymphatic Nodes in the Zonodo Membrane

This hypothesis introduces the "Dual-String Code" to explain the functional unity of the universe, bridging the gap between biophysical models and theoretical physics. It redefines the role of black holes within the cosmic structure, moving away from the "destruction-only" model toward a "systemic cleansing" framework. Core Highlights: The Lymphatic Analogy: Black holes are presented as "Cosmic Lymphatic Nodes" integrated into the Zonodo membrane. They function by collecting spent energy and metabolic waste to prevent systemic stagnation. One-Way Spiral Dynamics: In alignment with the principle of non-repetitive movement, this model explains how black holes serve as terminal exit points. Due to the continuous transformation of Space and Time, matter follows a spiral trajectory out of the internal universe toward the External Dark Body for recycling. Systemic Equilibrium: The distribution and scaling of black holes are shown to be a direct response to metabolic pressure, ensuring the universe maintains homeostasis through a "Dual-String" (Vascular/Lymphatic) architectural code. This hypothesis provides a crucial link between the filtration properties of the Zonodo layer and the overall evolutionary metabolism of the cosmos.