BialkaliSpectrum.jl

Calculate the energy levels of diatomic ${}^{1} \Sigma^+$ molecules in magnetic, electric, and optical fields.

Example calculation: ${}^{40}\text{K}^{87}\text{Rb}$ transitions from a particular hyperfine state as a function of electric field.

Manual

• Getting started
• • Installation
  • First calculation
  • Scanning the external fields
• Example: dipole moments vs E
• • Setup
  • Plotting the induced dipoles
  • Plotting transition dipoles
  • Dumping the outputs to a file
  • Custom plotting with CairoMakie.jl
  • Plotting shortcuts

Public API

• Setting up a calculation
• • Contents
  • Index
  • Molecular parameters
  • • Types
    • Constants
  • Hamiltonian
  • • Types
    • Methods
  • Fields
  • • Types
    • Methods
  • Basis states
  • • Types
    • Standard library interfaces
    • Methods
  • Molecule-specific definitions
  • • ${}^{40}\text{K}^{87}\text{Rb}$ (K40Rb87)
    • Toy molecule without hyperfine structure (Toy)
• Analyzing the results
• • Contents
  • Index
  • Spectrum
  • • Methods
  • DataFrame helpers
  • • Methods
  • Extracting physical quantities
  • • Methods
  • Plotting
  • • Methods

Internals

• Constants
• • Constants
• State
• • Types
  • Methods
• Matrix elements
• • Types
  • Methods
• Hamiltonian
• • Types
  • Methods
• Fields
• • Types
  • Methods
• Analysis
• • Types
  • Methods

Index