Special Edition | International Day of Women and Girls in Science

Integrating Artificial Intelligence into MaX for materials science research and innovation.

Advancing computational materials science through MaX codes deployment.

Integrating Artificial Intelligence into MaX to enhance computational materials science.

Optimizing performance in computational materials science.

How has MaX enhanced its visibility and impact over the past two years?

Why are MaX trainings essential for the growth of the EuroHPC ecosystem?

Why is energy efficiency critical for building a sustainable EuroHPC ecosystem?

How do MaX workflows drive innovation in the EuroHPC ecosystem?

Why is the deployment of MaX codes on the EuroHPC systems a game-changer for the HPC community?

How is MaX shaping the future of the EuroHPC ecosystem?

CASTIEL2 Code of the Month (vol 12) || MaX Lighthouse code SIESTA

HPC, HTC, and Data Analytics for Materials Discovery and Design

Driving excellence: at the core of the MaX Centre of Excellence

Amplifying Impact through Communication and Dissemination

Benchmarking and Profiling for HPC Systems

Energy Efficiency for Exascale Computing Applications

Meet the MaX Centre of Excellence (Phase 3, 2023-2026)

Revolutionizing Material Discovery and Design with Exascale Computing Capabilities

Charting the Exascale Computing Future for Materials Science

Yambo Code School (04/08 April 2022 - ICTP) - Electron Phonon coupling a Yambo overview

Yambo School Code (04/08 April 2022 - ICTP) - Phonon modes and el ph coupling DFPT

Yambo Code School (04/08 April 2022 - ICTP) - The Bethe Salpeter Equation common approximations

Yambo Code School (04(08 April 2022 - ICTP) - Exciton dynamics from a many body perspective

Yambo Code School (04/08 April 2022) - ICTP) - Frequency dependence in GW approximation

Yambo Code School (04/08 April 2022 - ICTP) - Derivation of the Bethe Salpeter Equation

Yambo Code School (04/08 April 2022 - ICTP) - The Quasi Particle concept and the GW method

Yambo Code School (04/08 April - ICTP) - GW approximation in 2D materials

Yambo Code School (04/08 April 2022 - ICTP) - Beyond the independent particle scheme

Yambo Code School (04/06 April 2022 - ICTP) - Probing electronic structure of solids

Yambo Code School, 04/08 April 2022 (ICTP) - Many bodyperturbation theory: equations to spectroscopy

Yambo Code School 04/08 April 2022 (ICTP) - Introduction to Many Body Perturbation Theory

Yambo School 04/08 April 2022 (ICTP) - Description and goals of the school

Opening Remarks - Ab-initio Many-Body Methods and Simulations with the Yambo Code (04/08 April 2022)

"First-principles simulations of materials with SIESTA": Time-Dependent DFT in real time

FLEUR Hands-on 2021 - Day 1 -Basic Fleur workflows WS2021

FLEUR Hands-on 2021 - Day 1 - The all-electron FLAPW method

FLEUR Hands-on 2021 - Day 1 - Density Functional Theory

FLEUR Hands-on 2021 - Day 1 - Forces in FLEUR WS 2021

FLEUR Hands-on 2021 - Day 2 - Basic Magnetism WS 2021

FLEUR Hands-on 2021 - Day 2 - Spin orbit coupling

FLEUR Hands-on 2021 - Day 2 - Advanced Magnetism

FLEUR Hands-on 2021 - Day 2 - How to obtain high quality results with Fleur WS2021

FLEUR Hands-on 2021 - Day 2 - Wannier Functions in FLEUR WS2021

FLEUR Hands-on 2021 - Day 2 - Band unfolding in FLEUR WS 2021

FLEUR Hands-on 2021 - Day 3 - Parallel FLEUR WS 2021

FLEUR Hands-on 2021 - Day 3 - Introduction to AiiDA

FLEUR Hands-on 2021 - Day 3 - AiiDA Fleur WorkChains WS 2021

FLEUR Hands-on 2021 - Day 3 - AiiDA Fleur Workflows

FLEUR Hands-on 2021 - Day 4 - XC Functionals

FLEUR Hands-on 2021 - Day 4 - Many body perturbation theory the GW approximation WS 2021

FLEUR Hands-on 2021 - Day 4 - Hubbard U parameters from constrained random phase approximation

FLEUR Hands-on 2021 - Day 4 - Combining GW and GT self energies WS 2021

FLEUR Hands-on 2021 - Day 5 - Hybrid Functionals in FLEUR WS2021

FLEUR Hands-on 2021 - Day 5 - FLEUR on GPU WS2021

FLEUR Hands-on 2021 - Day 5 - LDA+U in FLEUR WS2021

Welcome and AiiDA Tutorial Overview

Introduction to AiiDA (AiiDA virtual tutorial 2021)

The Materials Cloud (AiiDA virtual tutorial 2021)

AiiDA lab (AiiDA virtual tutorial 2021)