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ab-initio based multiscale Library



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!

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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.

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Open Positions

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

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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.


Breaking News:
15-03-06 12:07
Launch of new S/PHI/nX Repository

We have successfully migrated all data of the old S/PHI/nX source code repository to the Max-Planck-...

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