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Quantum EngineeringYear 2: Advanced Quantum ScienceMonth 29Day 796

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Year 2·Month 29·Week 2

Day 796: Fusion Rules and ε-Fermion

Day 796 of 2,016~19 min read

Learning Objectives

  • •Define fusion rules for anyons and write the complete fusion table
  • •Prove that $e \times e = 1$ and $m \times m = 1$
  • •Derive the composite $\varepsilon = e \times m$ and its properties
  • •Calculate the fermionic self-statistics of ε: $\theta_{\varepsilon\varepsilon} = \pi$
  • •Verify the group structure $\mathcal{A} \cong \mathbb{Z}_2 \times \mathbb{Z}_2$
  • •Connect fusion rules to the Verlinde formula

Today's Schedule (7 hours)

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1 What is FusionFusion Rule NotationAbelian vs Non-Abelian Fusion2 Fusion Rules for e-ParticlesSelf-Fusion e times e 1Fusion with Vacuum e times 1 e3 Fusion Rules for m-Particles4 The Epsilon Fermion e times m varepsilonWhy is FermionicAlternative Derivation Rotating by 25 Complete Fusion TableFusion Rules Summary6 The Anyon Group Structure7 Topological Spins and the Ribbon Identity8 Fusion and Error CorrectionY-Errors Create -ParticlesSyndrome InterpretationCorrection StrategyQuantum Computing ConnectionFusion as MeasurementTopological Charge ConservationThe -Particle in Hardware
Day 795Day 796 of 2,016Day 797