Entanglement as a Cosmic Neural Network: A Novel Hypothesis on Quantum Harmony and Universal Energy Balance

This paper presents a conceptual hypothesis that quantum entanglement reflects an underlying “cosmic neural network,” facilitated by the universal wavefunction. Drawing inspiration from biological neural networks, we propose that the wavefunction acts as a medium for instantaneous, nonlocal information sharing between particles, maintaining global coherence and energy balance. In this framework, entanglement serves as a critical mechanism for preserving cosmic harmony, preventing energy fragmentation across vast distances. This hypothesis is speculative but offers a novel perspective that bridges quantum mechanics, cosmology, and complex systems. By exploring the wavefunction’s role in connecting distant quantum systems, we provide an interdisciplinary approach that invites further investigation into the fundamental nature of entanglement and its implications for the universe’s structure.