AMS2025 released: accelerated OLED design, many ML potentials, periodic IR & Raman
The SCM team is excited to announce the latest advancements in the Amsterdam Modeling Suite for 2025, and the Bumblebee 3D kinetic Monte Carlo code.
Reduce your R&D time and efforts with these new features and improvements!
Fast track your OLED material & device development
Get access to exciton couplings and more accurate transfer integrals with fragment-based Constrained DFT and ROSE methods in ADF, run faster depositions and property extractions with the OLED deposition workflow, and pass them on to the 3D-KMC Bumblebee code, which models OLED stacks with more accuracy and insights than 1D drift diffusion methods.
Further Quantum ESPRESSO integration
Now you can calculate IR, Raman, phonons and work functions with the integrated Quantum ESPRESSO AMS engine.
Deploy the latest ML potentials
Through AMS and the ASE engine you can easily utilize modern machine learning potentials such as MACE, Orb, MatterSim, FairChem, etc. with the AMS engine to do MD, PES exploration and more!
Improved productivity
Get much more control over building your systems with Packmol and enjoy faster startup of the GUI.
To streamline your workflows, export python scripts or fire up JuPyTer notebooks from the GUI!
Use the LAK metaGGA to get great performance for both band gaps and energies, and enjoy the latest D3 and D4 Grimme dispersion corrections.
Check out the release notes for more information. Let us know what you would like to see in future releases!
