Many-body localization protects emergent holographic geometry in random tensor networks by preserving spatial entanglement structure against thermalization.
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Wormhole throat area is monotonically non-increasing under NEC matter after ANEC opening, implying Q_max ≤ A_min/4G_N as a geometric bound on transmissible qubits via bit-thread max-flow.
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Breaking the Entanglement-Structure Trade-off: Many-Body Localization Protects Emergent Holographic Geometry in Random Tensor Networks
Many-body localization protects emergent holographic geometry in random tensor networks by preserving spatial entanglement structure against thermalization.
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Area Monotonicity of Wormhole Throats and a Geometric Bound on Information Transfer
Wormhole throat area is monotonically non-increasing under NEC matter after ANEC opening, implying Q_max ≤ A_min/4G_N as a geometric bound on transmissible qubits via bit-thread max-flow.