Rethinking Nonlocality and Quantum Entanglement through the Consciousness Physics Framework (CPF): A Triadic Perspective on Observer-Dependent Correlations

Quantum entanglement and nonlocality present foundational puzzles in the philosophy of science. While standard interpretations posit correlations between entangled particles that transcend spacetime constraints, the metaphysical and epistemological status of these correlations remains contested. This paper applies the Consciousness Physics Framework (CPF), a contemplative-epistemic model structured around three interdependent axes (Observer, Time, and Oscillation), to reinterpret entanglement and nonlocality as emergent from the architecture of observation. CPF proposes that quantum correlations arise not from action at a distance, but from the shared perceptual resonance of a unified field of awareness. Grounded in non-dual realism and informed by phenomenological traditions, neurocognitive studies, and recent debates in quantum philosophy, CPF offers a reframing of nonlocality that emphasizes the participatory nature of measurement and the limitations of objectivist metaphysics. The paper engages with recent physicalist interpretations such as decoherence and consistent histories, while offering a counterpoint rooted in epistemic reflexivity and ontological parsimony.