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|QM⟩Quantum Meowchanics
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Curriculum

Term overview

Appendices

  • Appendix A — Braket Setup & Cost Guardrails
  • Appendix B — Python/NumPy Refresher
  • Appendix C — Notation & Glossary
  • Appendix D — References & Bibliography
  • Appendix E — Math Identities Cheat-Sheet

Questionnaires

  • Questionnaire 1.1.3 — Light
  • Questionnaire 1.1.5 — Matter Waves
  • Questionnaire 1.2.3 — Elementary Classical Mechanics
  • Questionnaire 1.2.5 — Oscillations
  • Questionnaire 1.2.7 — The Classical Wave Equation
  • Questionnaire 1.3 — Quanta, Oscillators & Waves
  • Questionnaire 2.1.2 — Plane Waves & Interference
Term

Term 4 — Noise, Hardware & Error Correction

~75 h 0/14 lessons written 0 completed

Course 4.1 — Open Quantum Systems & Noise

  • Open Systems & Decoherence
  • Kraus Operators & Channels
  • Common Noise Channels
  • Noise Simulation on Braket

Course 4.2 — Error Mitigation

  • Mitigation Techniques (ZNE, Readout, PEC)
  • Mitigation on Braket

Course 4.3 — Quantum Error Correction

  • Classical vs. Quantum Codes
  • The Stabilizer Formalism
  • Shor & Steane Codes
  • Surface Code Introduction

Course 4.4 — Qubit Modalities & Hardware

  • Superconducting Qubits
  • Trapped-Ion Qubits
  • Neutral-Atom & Photonic
  • Benchmarking & Metrics

Quantum Meowchanics is a self-paced curriculum by Kevin Arce, from first principles to AWS Braket. Your progress, highlights and notes stay in this browser.

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