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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 5 — Applied Quantum Computing on AWS Braket

~95 h0/18 lessons written0 completed

Course 5.1 — Braket Fundamentals

  • Architecture & Setup
  • Circuits, Gates & Result Types
  • Program Types & IR

Course 5.2 — Simulators

  • Local Simulators
  • On-Demand Simulators (SV1, DM1)
  • Tensor-Network Simulator (TN1)

Course 5.3 — Running on QPUs

  • Devices & Paradigms
  • Tasks, Shots & Queues
  • Cost Awareness & Guardrails
  • Compilation & Device Constraints

Course 5.4 — Noise & Mitigation on Braket

  • Noise Models on Braket
  • Mitigation on Hardware

Course 5.5 — Hybrid Jobs

  • Braket Hybrid Jobs
  • Parametric Compilation & Batching
  • Variational Workloads at Scale

Course 5.6 — PennyLane & Quantum ML

  • The PennyLane–Braket Plugin
  • Quantum Machine Learning
  • QML on Braket