QuEra Computing

@QueraComputing

QuEra is putting quantum to work for enterprise innovators, high-performance computing centers and governments.

Boston, MA

quera.com

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QuEra Computing
@QueraComputing
16h
At IEEE Quantum Week (Sept 13–18, Toronto) our focus is software and the full neutral-atom stack: control systems, simulation, logical-qubit programming, verification. Plus our Anthropic pilot where an AI agent automated laser-locking on our hardware.
Home ● IEEE Quantum Week
From qce.quantum.ieee.org
QuEra Computing
@QueraComputing
Aug 27
Today QuEra is announcing results from our research preview to the Model Hardware Standard (MHS), begun with Anthropic and HHMI Janelia. An AI agent (Claude) designed, wrote, and validated a controller for a critical function inside our quantum computers: laser locking.
GIF
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QuEra Computing
@QueraComputing
Jun 6
Na ancilla reads Z-parity from four surrounding Cs qubits. No transport. One global Rydberg pulse. Collapses the four spatial zones typically needed for syndrome extraction into one. buff.ly/Qiz06ag
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QuEra Computing
@QueraComputing
Jun 4
Peek into the future. Join QuEra's roadmap webinar on Wed, June 24 at 11 AT New York time. Secure your spot here: buff.ly/Gr24v0I #QuantumComputing #NeutralAtoms #QuantumRoadmap #HPC #QuEra
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QuEra Computing
@QueraComputing
May 29
qLDPC codes in practice have achieved encoding rates around 1/10 or lower. This QuEra preprint pushes above 1/2, co-designed for neutral-atom arrays. [[2304, 1156]] code: 1.3×10^-13 per-logical-per-round at p=0.1%.
arxiv.org
Towards Ultra-High-Rate Quantum Error Correction with...
Quantum error correction is widely believed to be essential for large-scale quantum computation, but the required qubit overhead remains a central challenge. Quantum low-density parity-check codes...