the pseudopotential plane-wave code

S / P H I / n X

by

Sixten Boeck, Jörg Neugebauer et al.


Computational Materials Design Algorithm Design and Modelling Group
Computational Materials Design Department
Max-Planck-Institut für Eisenforschung
D - 40237 Düsseldorf
Germany
 Max-Planck-Institute for Iron and Steel Research

Join the Team


There are open positions for PhD students and PostDocs available in our S/PHI/nX developer team!

[ Read more... ]


Learn more about S/PHI/nX


S/PHI/nX Overview

What is S/PHI/nX? Get an overview about the features of our ab-initio based multiscale library. Furthermore the history of the library is sketched here.
read more
Open Positions

We are constantly looking for highly qualified PhD students or PostDoc who would like to join our team.
read more
   


PHInaX - The Graphical User Interface to S/PHI/nX



We started the development of the workbench and data analysis tool PHInaX. PHInaX acts as a graphical user interface to S/PHI/nX to setup, run, and analyse complex S/PHI/nX calculations. PHInaX introduces new concepts in visualization and database management. Its fully customizable kernel provides flexibility and can be applied in a huge variety of research fields. PHInaX is a cross-platform tool available for Linux, MacOSX and Windows.

 

Find out more about PHInaX on the PHInaX web portal.