Cahmd implements a wide variety of simulation methods to enable simulations of multiple-degree-of-freedom dynamics and equilibrium properties. This degree-of-freedoms are e.g. spins, lattice vibrations, orbital moments, charge density, element occupation. Combined with tight binding theory, Cahmd resolves the parametrization in the effective Hamiltonian and beyond. In combination with first-rinciple electronic structure programs Cahmd provides a wide range of tools to simulate and characterise any materials.
Features
Atomistic dynamics
Cahmd was developed to simulate the dynamics of semi-classical atomistic quantities from effective energy models.
Features
(Non-) orthogonal Tight Binding method
In order to model efficient the electronic structure of a material, CaHmd uses the Tight Binding approach.
Features
Atomistic electron dynamics
The implementation of the lectron dynamics is based on the publication F.
Features
Atomistic magnetization dynamics
One of the main features of CaHmd is Atomistic magnetisation dynamics.