Tutorial
This page presents brief tutorials on how to use the Matlab Quantum Dynamics Toolbox. If you want a more detailed mathematical definition of a function, take a look at the Matlab documentation that entails every QDT function. You can find further details in our publication in Computer Physics Communications.
The toolbox is divided into core features and experimental features. Most features are core features, meaning they are stable and well tested. Experimental features are less well tested and marked as such.
Each chapter is accompanied by an example file.
Table of contents:
1. Basics – Nlevel Systems, Quantum Harmonic Oscillators and Couplings
2. Dissipation, Dephasing and Laser Pulses
3. Specific Coupling, Dissipation and Dipoles
4. Polarization, Fourier Analysis and Susceptibility
5. Entanglement, Partial Traces and Bloch Vectors
