Tutorials
=========

**MaxwellLink**'s official tutorials involves the use of different EM solvers and molecular drivers. 

## Fundamental theory
- [Introduction to real-time time-dependent Hartree-Fock theory](./00_intro_rt_tdhf.ipynb)

The sections below group tutorials by the employed electromagnetic solver. 

## Laser driven dynamics
- [Cosine driving of TLS](./01_driven_tls.ipynb)

## Single-Mode Cavity

- [Rabi splitting with TLS](./02_singlemode_tls.ipynb)
- [Rabi splitting with SHO](./03_singlemode_sho.ipynb)
- [Electronic strong coupling with HCN](./04_singlemode_esc.ipynb)
- [Collective, heterogeneous coupling of QuTiP + RT-TDDFT HCN molecules](./05_singlemode_many_drivers.ipynb)
- [Vibrational strong coupling with liquid water: Unix socket](./06_singlemode_vsc.ipynb)

## Multimode Cavity

- [Dispersion relation for vibrational strong coupling in Fabry-Perot cavity](./11_multimode_sho.ipynb)

## MEEP FDTD

- [Spontaneous emission of TLS: TCP socket](./07_meep_tls_spontaneous_emission.ipynb)
- [Vibrational strong coupling of liquid water in a Bragg resonator: Unix socket](./08_meep_vsc.ipynb)

## Advanced Features

Advanced features in **MaxwellLink** which  differ from other light-matter simulators are also highlighted.

- [Comparison between different kernel functions in polarization densities](./09_advanced_features_polarization_type.ipynb)

## Additional Molecular Drivers

- [DFTB+ real-time Ehrenfest dynamics socket connection to MaxwellLink](./10_dftbplus.ipynb)
