We present the Quantum Informational Origin (QIO) model, a novel, minimal viable framework for cosmogenesis that avoids the infinite regress, bounce models, and pre-existing spacetime conditions that characterize many contemporary cosmological theories. The model posits that spacetime, matter, and physical laws emerge from a pre-geometric quantum network of entangled qubits—a holographic quantum error-correcting code. The universe's origin is characterized as a symmetry-breaking phase transition from a complete graph of N qubits to a three-dimensional lattice, with cosmic inflation naturally emerging as entanglement growth within this quantum network. Dark energy is identified as residual network entanglement, dark matter as topological defects within the network structure, and baryon asymmetry as a consequence of CP violation in the quantum circuit dynamics. The model demonstrates remarkable explanatory coherence while requiring only two fundamental parameters (N and the code distance d), and makes several testable predictions including specific relations between cosmological parameters and early-universe entanglement entropy. This framework offers a unified, information-theoretic approach to resolving long-standing cosmological puzzles while remaining consistent with established principles of quantum mechanics and general relativity.

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