Revolutionizing alloy performance through advanced digital simulation and AI-enhanced design
At Prometheum, we combine cutting-edge physics with artificial intelligence to revolutionize how materials are discovered and optimized.
Our simulations are grounded in fundamental physics principles, ensuring accuracy and reliability in every prediction.
Machine learning algorithms accelerate the discovery process, exploring vast design spaces impossible for traditional methods.
Digital simulations replace costly and time-consuming physical experiments, dramatically reducing development cycles.
Optimize alloy properties with unprecedented precision, targeting specific performance characteristics.
Journey from macro to atomic scale - Watch how we optimize materials at every level
Our AI-enhanced simulation platform seamlessly integrates across all material scales, from component-level performance down to atomic interactions, enabling unprecedented optimization precision.
A comprehensive digital simulation environment that transforms materials design
From atomic interactions to macroscopic properties, our platform simulates materials across all relevant scales.
Advanced ML models trained on physics-based simulations accelerate property predictions and optimization.
Interactive design tools allow researchers to explore and optimize alloy compositions in real-time.
Rigorous validation against experimental data ensures predictions you can trust.
Our team brings together leading scientists and engineers from the world's top institutions
ETH Zürich
Massachusetts Institute of Technology
University of Cambridge
Our interdisciplinary team combines expertise in materials science, computational physics, machine learning, and software engineering. Together, we're pushing the boundaries of what's possible in materials design and discovery.
Interested in partnering with us or learning more about our technology? We'd love to hear from you.
Zürich, Switzerland