Welcome to lime’s documentation!
The goal is to provide a simple-to-use package to study how light interacts with matter.
Check docs/manual.pdf for theoretical details.
Main modules
Nonlinear molecular spectroscopy
Molecular quantum dynamics
- Adiabatic wavepacket dynamics
Split-operator method
Discrete variable representation
- Nonadiabatic wavepacket dynamics
Split-operator method - For the exact nonadiabatic dynamics of vibronic models in the diabatic representation.
RK4 - For the exact nonadiabatic wavepacket dynamics in the adiabatic representation.
# Semiclassical quantum trajectory method
# Quantum chemistry
Open quantum systems
Lindblad quantum master equation
Redfield theory
second-order time-convolutionless master equation
hierarchical equation of motion
# Quantum transport - Landauer transport
Soid state materials
Band structure from tight-binding Hamiltonians
Periodically driven matter
Floquet spectrum
Contents:
- Users Guide
- lime package
- Subpackages
- Submodules
- lime.Floquet module
- lime.FranckCondon module
- lime.backup module
- lime.beam module
- lime.cavity module
- lime.common module
- lime.coordinates module
- lime.correlation module
- lime.fft module
- lime.group module
- lime.gwp module
- lime.liouville module
- lime.mol module
- lime.noise module
- lime.optics module
- lime.oqs module
- lime.phys module
- lime.qnm module
- lime.quadrature module
- lime.spin_boson module
- lime.style module
- lime.superoperator module
- lime.susceptibility module
- lime.units module
- lime.wigner module
- lime.wpd module
- Module contents
- Floquet
- heom module
- Floquet package