Seeking atomistic-scale simulation solutions to solve complex R&D challenges?
This section showcases cases studies demonstrating the capabilities of ASAP platform (in-house developed platform ideal for general use), J-OCTA (for multiscale modeling), and Gaussian (for high-accuracy electronic structure) in foundational research.
These examples often reflect collaborative projects where we partner with academic institutions and industrial teams to deliver Proof-of-Concept (PoC) data.
Case study developed within the framework of our Use Cases Program
Searching for user-friendly software to onboard R&D teams or teach advanced atomistic modeling?
ASAP platform is the solution for reducing the technical barrier to materials modeling, making advanced simulation accessible to a wider audience. We have designed ASAP to seamlessly integrate atomistic simulation into academic curricula and into R&D teams lacking dedicated expertise.
Review our workflow demonstrations to see how quickly both students and non-expert engineers can calculate and visualize geometric, electronic, and magnetic properties, along with electronic transport characteristics.
By managing the complexity of underlying solvers (SIESTA, TranSIESTA, Quantum ESPRESSO), ASAP ensures the emphasis remains purely on scientific application and data analysis, accelerating both learning and project delivery.
Case study developed within the framework of our Use Cases Program
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