At the Materials Science Mega Webinar, Nicolas will discuss how atomistic and multiscale simulations with the Amsterdam Modeling Suite can accelerate the discovery of new, improved materials. Tune in on Wed 10 April to hear...
To align with our upcoming 2024 release, we started working on new flyers for different application areas. Check out the pdfs for application notes on batteries, semiconductors, polymers, oil & gas & catalysis, or parametrization....
The Dutch embassy in Korea hosts a stand at InterBattery (B401, Hall B COEX) where Fedor will represent SCM and will be happy to discuss how atomistic and multiscale simulations can help you understand battery...
Come and talk about your materials challenges with Nicolas at the TMS meeting in Orlando. He would be happy to discuss how simulations could accelerate your discovery of new materials or optimize your processes. Exhibit...
In this video tip of the week we take a look at Li migration barriers inside a crystal structure with the fast and accuratue M3GNET machine learning potential. The video is based on a new...
Come and talk about your materials challenges with Fedor and Nicolas at the MRS while enjoying a Dutch caramel waffle, stroopwafel, at booth 719 at the MRS exhibition. We love to discuss how we can...
In this video tip of the week we use eReaxFF to simulate the dynamics of explicit Li ion reduction at a graphene surface. These state-of-the-art simulations bring us a step closer to modeling an entire...
At the TechConnect World meeting in Washington, Nicolas will discuss how to accelerate the computational design of materials and processes with machine learning, discussing applications for batteries, catalysis, and OLEDs. He’ll be happy to learn...
Graphitic electrode materials are central to Li-ion battery technology because of their high electron conductivity, high surface area for Li intercalation, and thermal and chemical stability. Li-intercalated graphite has large specific capacity that can be...
Magnesium-based batteries are being actively researched, with Mg being more abundant and having a higher theoretical energy density than Li. Consequently, suitable electrolytes for magnesium-ion batteries are being actively pursued. A recent publication introduced a...