MaX User Portal

MaX USER PORTAL provides users with a single point of access to all the services offered on its platform codes.

---- To apply for a new account please fill the form under the login box

---- To access the services, please login using the login box on the left.


       

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For enquiries: support@max-centre.eu

 


1. MaX CODE DOWNLOADING SERVICEservizi icona 1

Updated high-quality releases of open-source flagship codes are a key output of MaX.
User Portal subscribers can
• Download the last releases and documentation through direct download from the User Portal
• Access to a repository of benchmarks
• Download the MaX Release Rx source distributions and AiiDA plugins.


2. MaX BASIC SUPPORTservizi icona 2

MaX ensures free of charge basic support of its codes to all User Portal subscribers
• 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 inside)


3. MaX HELP-DESKservizi icona 3

Direct contact help-desk service is intendend for assistance on
• Input preparation and output interpretation
• Code utilization (focus on performances and HPC optimization)
• Code personalization (small modifications)


4. MaX ADVANCED SUPPORTLogo service 4

Direct contact help-desk service dedicated to HPC users. Special attention and support is intended for users who want to submit competitive proposals
• Specific technical issues (scaling, CPU and memory requirements)
• support in choosing codes for specific research context


5. MaX ADVANCED CONSULTINGLogo service 5

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


6. MaX DEDICATED TRAININGLogo service 6

Education and training initiatives:
• Schools and Courses organization
• Specific modules
• Tailored courses and programs
• Full support to complex research issues


7. JUPYTER SCIENTIFIC NOTEBOOK

The MaX jupyter notebook 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.



 

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