The Quantum Implications of Nothingness: Bell's Theorem, the EPR Paradox, and the Origin of the Universe

<i>This paper presents a novel perspective on quantum mechanics by exploring the implications of a universe emerging from nothingness. By considering a pre-universe state where no physical laws existed, we explain how quantum nonlocality, Bell’s Theorem, and entanglement arise as natural consequences. The work draws on theoretical physics, cosmology, and the Participatory Universe framework to propose a unified vision of quantum reality.</i>