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|QM⟩Quantum Meowchanics
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Curriculum

Term overview
  • Complex Vector Spaces
  • Inner Products & Norms
  • Dirac Notation
  • Linear Operators & Matrices
  • Eigenvalues & the Spectral Theorem
  • Special Operators (Unitary/Hermitian/Projection)
  • Tensor Products

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 0 — Mathematical & Computational Foundations
Course

Course 0.1 — Linear Algebra for Quantum Mechanics

7/7 written0 completed
  1. 1 Complex Vector Spaces 4 hours4 hours
  2. 2 Inner Products & Norms 4 hours4 hours
  3. 3 Dirac Notation 3.5 hours3.5 hours
  4. 4 Linear Operators & Matrices 4 hours4 hours
  5. 5 Eigenvalues & the Spectral Theorem 4.5 hours4.5 hours
  6. 6 Special Operators (Unitary/Hermitian/Projection) 4 hours4 hours
  7. 7 Tensor Products 4 hours4 hours