The epistemological ramifications of quantum chromodynamics necessitate a paradigmatic shift in our fundamental understanding of subatomic particle interactions. Furthermore, the intrinsic correlation between quantum entanglement and non-locality presents a fascinating paradox vis-à-vis our conventional interpretations of causality and determinism. This phenomenon, when juxtaposed against the Copenhagen interpretation, elucidates the inherent limitations of classical mechanical frameworks in describing quantum-scale phenomena. Moreover, the mathematical formalism underlying these quantum mechanical principles demonstrates an elegant symmetry that transcends traditional Newtonian physics, particularly when considering the implications of the Heisenberg uncertainty principle in conjunction with wave-particle duality.