The Helical Imperative: A Structural Framework of the Universe

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Authors: Deepak Mohan
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Abstract

This paper proposes a unifying geometric imperative governing the lifecycle of distinct entities, ranging from atomic structures to complex civilizations. We posit that survival is not a function of static robustness, but of dynamic geometry. We identify the Universal Helix—and the spiral as its most primitive form—as the singular topology that permits Structural Instantiation. In this framework, entities purchase temporal duration (Length) by consuming their internal degrees of freedom (Radius). Crucially, we postulate that no entity exists in isolation; boundaries are surfaces of interaction, implying that existence universally forms Binary Pairs. By introducing a relativistic framework for Handling Capacity (H), Reserves (R), and Environmental Pressure (H_rival), we demonstrate that collapse is merely the decoupling of these pairs. We further classify Consciousness as a structural mechanism for Virtualization and introduce the Binary Quality Factor (Q) to explain system behavior. Finally, we present the "Theorem of Coupled Fate," arguing that existence is a metabolic trade where the collapse of one entity provides the energetic fuel for the next, preserving the system between the unreachable asymptotes of absolute Unity (Q=1) and absolute Void (Q=0).

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
1 January 2026