Physics

A module that helps solving problems in physics.

Contents

• Hydrogen Wavefunctions
  • E_nl()
  • E_nl_dirac()
  • Psi_nlm()
  • R_nl()
• Matrices
  • mdft()
  • mgamma()
  • msigma()
  • pat_matrix()
• Pauli Algebra
  • References
  • evaluate_pauli_product()
• Quantum Harmonic Oscillator in 1-D
  • E_n()
  • coherent_state()
  • psi_n()
• Quantum Harmonic Oscillator in 3-D
  • E_nl()
  • R_nl()
• Second Quantization
  • AnnihilateBoson
  • AnnihilateFermion
  • AntiSymmetricTensor
  • B
  • BBra
  • BKet
  • Bd
  • BosonicBasis
  • Commutator
  • CreateBoson
  • CreateFermion
  • Dagger
  • F
  • FBra
  • FKet
  • Fd
  • FixedBosonicBasis
  • FockState
  • FockStateBosonBra
  • FockStateBosonKet
  • FockStateBra
  • FockStateFermionBra
  • FockStateFermionKet
  • FockStateKet
  • InnerProduct
  • KroneckerDelta
  • NO
  • PermutationOperator
  • VarBosonicBasis
  • apply_operators()
  • contraction()
  • evaluate_deltas()
  • matrix_rep()
  • simplify_index_permutations()
  • substitute_dummies()
  • wicks()
• Wigner Symbols
  • References
  • Credits and Copyright
  • Authors
  • clebsch_gordan()
  • dot_rot_grad_Ynm()
  • gaunt()
  • racah()
  • wigner_3j()
  • wigner_6j()
  • wigner_9j()
  • wigner_d()
  • wigner_d_small()
• Unit systems
  • Philosophy behind unit systems
  • Examples
  • Dimensions and dimension systems
  • Unit prefixes
  • Units and unit systems
  • Physical quantities
• High energy physics
  • Gamma matrices
• The Physics Vector Module
  • References for Physics/Vector
  • Guide to Vector
  • Vector API
• Classical Mechanics
  • Vector
  • Mechanics
  • Guide to Mechanics
  • Mechanics API
• Quantum Mechanics
  • Quantum Functions
  • States and Operators
  • Quantum Computation
  • Analytic Solutions
• Optics Module
  • Gaussian Optics
  • Medium
  • Polarization
  • Utilities
  • Waves
• Control Module
  • Control
  • Control API
  • Control System Plots
• Continuum Mechanics
  • Beam