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    "headline": "Distributed Qubits Tuned Entanglement Without Teleportation",
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    "dek": "Local operations deterministically adjusted pre-shared entanglement for two proof-of-principle simulations.",
    "summary": "Local operations deterministically adjusted pre-shared entanglement for two proof-of-principle simulations.",
    "body_text": "The protocol avoids repeated gate teleportation by using local operations and classical communication to tune pre-shared entanglement. A proof-of-principle experiment estimated ground-state energies for He-H+ and the Schwinger model, suggesting that variational workloads can match entanglement to the problem without universal distributed gates.",
    "why_it_matters": "Local operations deterministically adjusted pre-shared entanglement for two proof-of-principle simulations.",
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    "tags": [
      "distributed quantum",
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      "variational algorithms"
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      "title": "arXiv preprint 2609.10932",
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    "title": "Distributed Qubits Tuned Entanglement Without Teleportation",
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