Physics Module

A module that helps solving problems in physics

Contents

• Hydrogen Wavefunctions
• Matrices
• Pauli Algebra
  • References
• Quantum Harmonic Oscillator in 1-D
• Quantum Harmonic Oscillator in 3-D
• Second Quantization
• Wigner Symbols
  • References
  • Credits and Copyright
• Unit systems
  • Philosophy behind unit systems
    • Dimensions
    • Quantities
    • The need for a reference
    • Literature
  • Examples
    • Dimensional analysis
    • Equation with quantities
  • Dimensions and dimension systems
  • Unit prefixes
  • Units and unit systems
  • Physical quantities
    • Conversion between quantities
• High energy physics
  • Gamma matrices
    • Examples
• The Physics Vector Module
  • References for Physics/Vector
  • Guide to Vector
    • Vector & ReferenceFrame
    • Vector: Kinematics
    • Potential Issues/Advanced Topics/Future Features in Physics/Vector Module
    • Scalar and Vector Field Functionality
  • Vector API
    • Essential Classes
    • Kinematics (Docstrings)
    • Printing (Docstrings)
    • Essential Functions (Docstrings)
    • Docstrings for basic field functions
• Classical Mechanics
  • Vector
  • Mechanics
  • Guide to Mechanics
    • Masses, Inertias, Particles and Rigid Bodies in Physics/Mechanics
    • Kane’s Method in Physics/Mechanics
    • Lagrange’s Method in Physics/Mechanics
    • Symbolic Systems in Physics/Mechanics
    • Linearization in Physics/Mechanics
    • Examples for Physics/Mechanics
    • Potential Issues/Advanced Topics/Future Features in Physics/Mechanics
    • References for Physics/Mechanics
    • Autolev Parser
    • SymPy Mechanics for Autolev Users
  • Mechanics API
    • Masses, Inertias & Particles, RigidBodys (Docstrings)
    • Kane’s Method & Lagrange’s Method (Docstrings)
    • SymbolicSystem (Docstrings)
    • Linearization (Docstrings)
    • Expression Manipulation (Docstrings)
    • Printing (Docstrings)
    • Body (Docstrings)
• Quantum Mechanics
  • Quantum Functions
    • Anticommutator
    • Clebsch-Gordan Coefficients
    • Commutator
    • Constants
    • Dagger
    • Inner Product
    • Tensor Product
  • States and Operators
    • Cartesian Operators and States
    • Hilbert Space
    • Operator
    • Operator/State Helper Functions
    • Qapply
    • Represent
    • Spin
    • State
  • Quantum Computation
    • Circuit Plot
    • Gates
    • Grover’s Algorithm
    • QFT
    • Qubit
    • Shor’s Algorithm
  • Analytic Solutions
    • Particle in a Box
• Optics Module
  • Gaussian Optics
  • Medium
  • Utilities
  • Waves
• Unit systems
  • Philosophy behind unit systems
    • Dimensions
    • Quantities
    • The need for a reference
    • Literature
  • Examples
    • Dimensional analysis
    • Equation with quantities
  • Dimensions and dimension systems
  • Unit prefixes
  • Units and unit systems
  • Physical quantities
    • Conversion between quantities
• Continuum Mechanics
  • Beam
    • Beam (Docstrings)
    • Solving Beam Bending Problems using Singularity Functions