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Atom Computing has achieved a significant milestone by demonstrating the first full quantum error correction using a toric code on a neutral-atom architecture, proving that logical error rates decrease as qubit counts scale. This result validates the neutral-atom approach as a competitive path toward fault-tolerant quantum computing, distinguishing it among only two companies to sustain multiple rounds of error correction. The achievement underscores the viability of neutral atoms for building scalable logical qubits, potentially offering a more capital-efficient route to practical quantum advantage compared to superconducting systems.