08 May
PWTK: a scripting interface for Quantum ESPRESSOThe tutorial on PWTK will be held online between 20-24 May 2024.
02 May
European-Japanese Collaboration in High-Performance Computing Kicks Off with HANAMI ProjectThe HANAMI project officially kicked off in Paris on April 23.
26 March
MAX and CoEs drive European supercomputing forward at EuroHPC Summit 2024Together with fellow Centers of Excellence (CoEs), MAX participated in the EuroHPC Summit week 2024.
26 March
CASTIEL2 Communication workshopOn Friday, 22 March 2024, CASTIEL2 hosted a Communication workshop...
26 March
Women in the eXascale eraFebruary 11 marked the International Day of Women and Girls in Science.
13 March
Unveiling the Influence of Self-Interaction on Dissolved Electron Behavior in Molten SaltsA team of researchers reveals self-interaction effects on dissolved electrons in molten salts, advancing...
12 March
Investigating Luminescence in Monolayer Hexagonal Boron Nitride: Examining Exciton-Phonon Interaction and Substrate InfluenceA team of researchers investigated the optical response of monolayer hexagonal boron nitride (m-hBN) using a...
11 March
Investigating ultrafast transient responses: broadband optical pump–probe microscopy on semiconducting monolayer 2H-MoTe2 encapsulated with hBNA team of researchers used broadband optical pump–probe microscopy to explore the ultrafast transient response of...
05 March
Successful First-Year Project Review in Luxembourg (February 22, 2024)In a pivotal event hosted in Luxembourg, the first-year review of MAX unfolded seamlessly, leaving a mark on the...
06 February
Distinguishing Different Stackings in Layered Materials via Luminescence SpectroscopyA team of researchers present an experimental probe to discriminate between rBN and hBN crystals via...
02 February
Computing the heat conductivity of extended systems with energy-density fluctuationsBy using a combination of cepstral-analysis and Bayesian extrapolation techniques, a team of researchers from...
29 January to 02 February
Virtual Winter School on Computational ChemistrySupported by MAX, the school aims to make cutting-edge research and insights accessible to a wide audience.