Features
- Treats a generalized tight-binding Hamiltonian. This may be a simple
model Hamiltonian or a complicated set of hopping parameters corresponding
to a real material.
- Performs single-site DMFT or cluster variations of DMFT such as CDMFT
and DCA (and more to come...).
- Superconducting and magnetic states may be treated.
- Provide the follwing impurity solvers :
- Superconducting and magnetic states may be treated.
Technical aspects
- Parallelized QMC impurity solver (and self-consistency conditions).
- Both real frequency and imaginary frequency calculations may be performed (for solver like NCA).
- The code is implemented in 3 langages :
- C++ for its flexibility, generic and object-oriented programming.
- F90 (specially for the solvers) for speed and reusing of existing codes
- Python for treating the input files
- Automatic documentation of the code.
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