累计引用
- 近两年引用
- 未提供
- 观测日期
- 2026-07-28
- 推导版本
- qec-impact-v1
Paper · 2021 · Physical Review X 11, 031039
Oscar Higgott and Nikolas P. Breuckmann
Research record
当前迁移记录只包含书目信息和技术关联,摘要将在获得可靠来源后补充。
Impact snapshots
累计引用
累计引用
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Representative roles
Benchmarks subsystem-code thresholds using gauge measurements and gauge fixing.
Gauge construction and threshold figuresBenchmarks high-threshold subsystem codes whose measured gauge choice is fixed during decoding.
Gauge-fixing construction and threshold figuresProvides a modern subsystem-code realization using gauge fixing, reduced qubit overhead and explicit threshold benchmarks.
Gauge-group construction, gauge fixing and threshold sectionsConnected entities
以低权重 gauge operators 替代部分高权重 stabilizer 测量的 surface/toric subsystem 变体,并从 gauge outcomes 组合恢复 syndrome。
Shows how gauge fixing improves subsystem-code thresholds and reduces finite-rate overhead.
测量 subsystem code 的低权重 gauge 算符,再通过其乘积、约束或 gauge fixing 恢复稳定子 syndrome 信息。
Independently benchmarks gauge processing in modern subsystem codes.
通过改变所测 gauge 生成元并投影到选定 gauge,把同一 subsystem code 的不同编码表示用于暴露逻辑门或转换相关码。
Provides a modern independent gauge-fixing threshold study.
把编码空间分解为受保护的 logical subsystem 与无需恢复的 gauge subsystem,并以 gauge group、stabilizer center 和 dressed logical operators 描述纠错。
Provides a modern realization and benchmark of subsystem-code design choices.