New high-quality releases of open-source flagship codes are a key output of MaX. 

In the User Portal, MaX  offers:

• Downloading of last releases and documentation through the code specific portals or direct download
• Access to a repository of benchmarks (planned)

Follow the links below to download the latest versions of the MaX flagship codes; of MaX Release Rx source distributions and AiiDA plugins..

Use the top menu to navigate code archives.

In User Portal MaX ensures free of charge basic support of its codes to all users. 

• Forum/mailing- list support for codes related issues
• Knowledge base navigation (planned)
• Forum support for materials science and HPC issues (in the MaX Forums area)

Please use the links below to access code related forums or mailing lists.

For any problems related to our flagship codes you might have in 

• Input preparation and output interpretation
• Code utilization (focus on performances and HPC optimization)
• Code personalization (small modifications)

please use MaX direct contact help-desk service.

MaX offers a direct contact help-desk service dedicated to HPC users (specifically for submission proposals):

• Specific technical issues (scaling, CPU and memory requirements)
• Guided choice of appropriate codes for specific research context

Dedicated on site advanced consulting focused on industrial needs:
• Scientific case, workflows definition
• Dedicated code development
• Code porting
• Full support to complex research issues

Education and training initiatives:
• Schools and Courses organization
• Specific modules
• Training trough research in MaX Labs
• Dedicated courses and tailored programs

The MaX JupyterLab environment is an experimental implementation of the MaX flagship codes integrated in a dynamic web interface. It integrates, in addition to the Python libraries, external systems like Quantum Espresso, SIESTA and Fleur. A transparent encryption layer is available to protect VM images from external inspection by the cloud administrator.