Held in Prague, Czech Republic, between 22 and 27 September 2024, the International Conference on Multiscale Materials Modeling (MMM) provided a unique opportunity for researchers
Held in Bologna, Italy, between 9-13 September 2024, the 110th National Congress of the Italian Physical Society gathers international guests and speakers to talk about the
Held in Istanbul, Turkey, between 5-7 September 2024, the 3rd Nanotech-Eurasia Conference on Nanotechnology and Nanomaterials (Nanotech-Eurasia) provides a platform for scientists to foster interconnectivity among emerging
A team of researchers proposes a novel approach for the computation of spectral and thermodynamic properties of correlated materials via dynamical functionals. A current challenge
A team of researchers identifies the signature of excitonic coherence in the layered semiconductor BiI3 by combining ab initio real-time simulations and time-resolved experiments. Layered
A team of researchers proposes a detailed theoretical study of the electronic and optical properties of bulk and monolayer bismuth triiodide (BiI3), including the effects
Held in Bologna, Italy, between 26-27 June 2024, Research to Business (R2B) is the International Exhibition of Research and High Skills for Innovation, bringing together
MaX Centre for Materials at the exascale was among the sponsors of the AI4AM2024 conference to explore the latest advances and share solutions in applying Artificial
MaX participated in the second edition of “We Make Future” held in Bologna, to discuss and promote Innovation, AI, Tech, and Digital. As an international
MaX lighthouse code SIESTA releases its 5.0 software version adding a number of new functionalities and ground for future integrations that will extend the applicability and
Researchers combine MPA and W-av methods into an integrated approach, leading to an improvement both in terms of accuracy and speed-up of the GW self-energy evaluation. The
Researchers reveal through ab initio calculations a robust magnon-phonon coupling for vibrational modes in proximity to the Dirac point’s magnon gap. CrI3 is attracting wide