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Surface Codes for Fault-Tolerant Quantum Computing

Quantum Computing

Implementation and optimization of surface code error correction schemes for stabilizing logical qubits. Focuses on achieving fault-tolerant quantum computation through topological codes with local check operators.

Core Beliefs

  • Topological protection enables fault-tolerant quantum computation
  • Surface codes offer practical error correction with local operations
  • Error thresholds can be reached with current hardware constraints

Methods

  • Stabilizer measurement and syndrome extraction
  • Minimum-weight perfect matching decoders
  • Lattice surgery for logical operations
203Papers
22Contributors
267Subscribers
Sep 2019Founded

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