Tunable Artificial Atoms: Engineered Quantum Building Blocks for Scalable Processors and Unhackable Networks
收藏Zenodo2026-02-04 更新2026-05-26 收录
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https://zenodo.org/doi/10.5281/zenodo.18480349
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This dataset supports the manuscript "Tunable Artificial Atoms: Engineered Quantum Building Blocks for Scalable Processors and Unhackable Networks" submitted to Quantum Engineering (Wiley, 2026). It includes raw cryogenic measurement logs, processed performance metrics (>99.6% gate fidelity, 2.3× coherence gain, >60% crosstalk suppression), circuit-QED simulations (QuTiP/Python), device fabrication schematics (GDSII/PDF), and Jupyter notebooks that reproduce all key figures. The work demonstrates tunable artificial atoms—synthetic quantum systems based on superconducting circuits and quantum dots—as programmable matter for fault-tolerant quantum computing and intrinsically secure quantum networks.
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Zenodo创建时间：
2026-02-04
