Quantum X Labs launches its end-to-end Quantum Error Correction program at the Israeli Quantum Computing Center, utilizing ...
A new high-density sEMG algorithm estimates how far electrodes shift between recording sessions, cutting feature errors and ...
Quantum X Labs initiates hardware experiments intended to integrate quantum processor characterization, circuit execution and ...
Quantum X Labs has launched an end-to-end Quantum Error Correction program aimed at improving reliability in quantum computing systems. The Arbel superconducting quantum processor is located at the ...
A precipitation retrieval algorithm for China’s Fengyun-3G (FY-3G) satellite converts passive microwave observations into an ...
A Haaretz investigation shows recommendation systems on TikTok and Instagram repeatedly re‑serve dated videos—often without ...
Quantum X Labs believes that quantum error correction will play an increasingly important role as the industry transitions from experimental quantum processors toward larger, more ...
Researchers have released qmatmul, a Python package whose algorithm halves the floating-point multiplications needed for ...
This approach uses a fixed-depth quantum circuit applied to an initial Floquet eigenstate, a construction made possible by ...
Quantum error correction decoder upgrade backfires: a new arXiv preprint from Leiden University and Riverlane shows that standard correlated matching degrades surface-code performance 4.4 times at the ...
QXL's decoder leverages CUDA-Q QEC to manage to cutt logical errors by 12–13% on Google Quantum Hardware Data, in both standard and real-time ...
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