Google Quantum AI: Surface Code Threshold and Holographic Spacetime Link — E8 Intelligence Research

July 22, 2026Open Access

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Key Points

The research explores the relationship between quantum error correction and holography, particularly focusing on the surface code threshold.
Demonstrated quantum error correction below the surface code threshold of ~0.57% error rate.
Explored theoretical connections between quantum error correction codes and holographic principles using isometric tensors.
Characterized topological lattices and their role in mapping gravity to quantum field theories.
Achieved quantum error correction with a logical error rate that exponentially decreases below the surface code threshold.
Proposed a theoretical framework linking quantum error correction to the emergence of spacetime via holographic duality.
Identified the role of topological lattices and perfect tensors in realizing holographic maps.

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Demonstrates quantum error correction below surface code threshold, suggesting a holographic connection.

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Andrew Stewart Caldin (2026) studied this question.

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