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The Ahuraic Framework (AF) is a comprehensive, multilayered theoretical system de-signed to model phenomena across scales, from subatomic particles to biological and cosmic structures. It is founded on the Ahuric Core and Fundamental Axiomatic Components, which enable mathematical derivation of space, fields, particles, laws, and algorithms. This study applies the AF to the problem of biological homochirality, specifically the exclusive selection of L-amino acids and D-sugars in living systems. While conventional explanations often treat homochirality as a stochastic outcome, the AF interprets it as a necessary consequence of hierarchical principles such as Mini-mum Information–Energy Action, Dynamic Compatibility, and Active Transformation. The transition from a racemic mixture to a stable homochiral configuration emerges structurally through interactions with the Ahuric Directive Field and attainment of the Organizational Threshold. Dynamical equations and mechanisms such as chiral lock-ing are used to establish an analytical connection between symmetry breaking in fun-damental physics, including weak interactions, and its stabilization in molecular biol-ogy. The model also outlines potential pathways for experimental validation. Overall, the Ahuraic Framework offers a unified approach to understanding the origin of order, the emergence of symmetry breaking, and development of life, providing a consistent mathematical and conceptual bridge between physical laws and biological phenomena.