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Quantum EngineeringYear 3: Qualifying Exam PreparationMonth 45Week 178

This content was created with AI assistance and may contain errors or inaccuracies. Always verify against authoritative academic sources.

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Week 178: Neutral Atoms & Photonics

Week 178 of 288~57 min read

Learning Objectives

  • •**Calculate** Rydberg interaction strengths and blockade radii
  • •**Design** two-qubit gate sequences using Rydberg blockade
  • •**Explain** optical tweezer array operation and atom rearrangement
  • •**Describe** GKP qubit encoding and its error correction properties
  • •**Analyze** cat qubit biased noise and gate implementations
  • •**Understand** linear optical quantum computing and the KLM protocol
  • •**Compare** these platforms with superconducting and trapped ion systems
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OverviewDaily ScheduleLearning ObjectivesKey ConceptsRydberg AtomsNeutral Atom ArraysBosonic CodesPhotonic Quantum ComputingHardware SpecificationsQuEra Aquila 2024-2025Pasqal SystemsXanadu Borealis PhotonicAliceBob Cat QubitsStudy MaterialsRequired ReadingRecent PapersProblem Set FocusOral Exam TopicsDeliverablesKey EquationsAssessment Criteria