JuKKR - DFT made in Jülich

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Welcome to the website of the Jülich KKR codes

The Jülich KKR suite contains codes for electronic structure calculations within density functional theory based on Korrings-Kohn-Rostoker (KKR) Green function method.  The KKR method is a highly accurate all-electron method based on a multiple scattering formalism and the most important features of the Jülich KKR codes include the possibility to perform relativistic calculations, predict scattering effects with the PKKprime code, and treat finite-sized clusters of defects via the KKRimp code or extremely large systems with the KKRnano code.
Go to KKRhost

KKRhost

The KKRhost code for electronic structure calculations of periodic systems.
Go to KKRimp

KKRimp

The KKRimp code for impurity embedding into crystalline hosts.
Go to PKKprime

PKKprime

The PKKprime code for Fermi surface, scattering and Boltzmann transport properties.
Go to KKRsusc

KKRsusc

The KKRsusc code for time-dependent density functional theory.
Go to KKRnano

KKRnano

The linear scaling KKRnano code for extremely large systems.
Go to voronoi

voronoi

Voronoi construction of atom-centered cells and creation of stating potentials.

Interoperability with other tools
Go to AiiDA-KKR

AiiDA-KKR

Automation of KKR calculations for high-throughput via the AiiDA-KKR plugin
Go to Spirit

Spirit

Atomistic spin dynamics

About

The JuKKR developer team

list of developers ... under construction

News

Peter Grünberg Institut and Institute for Advanced Simulation, Forschungszentrum Jülich, D-52425 Jülich
p.ruessmann@fz-juelich.de

Impressum

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