Theoretical Derivation of the Cumulative Quark Hypothesis

This preprint presents a theoretical derivation of the Cumulative Quark Hypothesis a framework proposing that dark matter and dark energy emerge from known physics rather than new exotic particles The model is based on three key components relativistic quark dynamics quantum vacuum response and long-term cumulative gravitational effects.Using established formalisms (Lagrangian mechanics - Einstein field equations - and Friedmann equations) the paper introduces modified terms that account for quark-induced gravitational enhancements and vacuum feedback effects The theory aims to provide a unified explanation for galaxy rotation curves and cosmic acceleration within a single framework.This work is exploratory and speculative intended as a conceptual and mathematical foundation for future investigation and empirical testing.