Beginner

• 1D Harmonic Oscillator   The standard textbook harmonic oscillator in one dimension with two non-interacting electrons.
• Optical spectra of solids   How to obtain an optical spectrum for a solid using a time-dependent calculation.
• Optical spectra from Sternheimer   Calculate optical spectra in the frequency domain from linear response.
• High-harmonic generation in solids   How to obtain the high-harmonic spectrum of a periodic 1D chain of atoms.
• Geometry optimization   Determining the geometry of methane.
• Optical spectra from time-propagation   Absorption spectrum of a molecule from the explicit solution of the time-dependent Kohn-Sham equations: methane
• Convergence of the optical spectra   Convergence study of the spectrum with respect to the grid parameters.
• Particle in a box   The classic quantum problem of a particle in a box.
• 1D Helium   The helium atom in one dimension which also has two electrons.
• Jellium and jellium slabs   Getting the electron density of a homogeneous electron gas, and of a jellium slab.
• Optical spectra from Casida   Calculate the absorption spectrum of methane using Casida's equations
• Particle in an octopus   2D systems where the shape of the simulation box is defined by an image file.
• Kronig-Penney Model   Calculate the bandstructure for Kronig-Penney Model.