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Quantum EngineeringYear 0: Mathematical FoundationsMonth 6Day 160

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Year 0·Month 6·Week 3

Day 160: Computational Lab — Hamiltonian Mechanics in Python

Day 160 of 2,016~17 min read

Learning Objectives

  • •Implement symbolic Poisson bracket calculations using SymPy
  • •Build phase space visualizers for arbitrary 2D Hamiltonian systems
  • •Implement symplectic integrators (Störmer-Verlet) and compare with non-symplectic methods
  • •Verify conservation laws numerically
  • •Visualize the transition from integrable to chaotic dynamics
  • •Create Poincaré sections to analyze higher-dimensional systems

Today's Schedule (7 hours)

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Schedule OverviewLearning ObjectivesLab Part 1 Phase Space and Poisson BracketsLab 11 Symbolic Poisson Bracket CalculatorLab 12 Phase Space VisualizerLab Part 2 Symplectic IntegratorsLab 21 Comparison of Integration MethodsLab Part 3 Integrable vs Chaotic SystemsLab 31 Poincar SectionsSummaryKey Code ImplementationsComputational Skills AcquiredDaily ChecklistPreview Day 161
Day 159Day 160 of 2,016Day 161