The GitHub Copilot for Materials Discovery
Accelerate materials research with AI-powered crystal structure prediction, stability analysis, and property optimization. Powered by GNoME (Graph Networks for Materials Exploration) with 2.2M+ predicted crystals and 380,000 stable structures.
DeepMind's GNoME is an AI model designed to accelerate the discovery of novel materials by predicting the stability of crystal structures with unprecedented accuracy.
Uses advanced GNNs to understand crystal structures and predict material properties with high accuracy.
Predicts formation energy, stability, and crystal structure with DFT-level accuracy at fraction of cost.
Trained on comprehensive databases like Materials Project, OQMD, and AFLOW for maximum coverage.
Delivers density functional theory accuracy while reducing computational costs by orders of magnitude.
Transform materials discovery across industries with targeted AI solutions
Discover new solid-state electrolyte materials for safer, more efficient batteries.
Find materials with low thermal expansion and high dielectric constants for next-gen chips.
Predict stability and formation energy of novel materials before synthesis.
Predict organic and inorganic crystal structures for pharmaceutical applications.
Built with cutting-edge AI and modern cloud infrastructure
Start free and scale as your research grows
Real results from leading research institutions
vs 18 months traditional research
67% time reduction
reduction in R&D costs
$2.3M saved annually
viable candidates identified
3 in production testing
"MatPilot-AI transformed our materials discovery process. We identified 12 promising solid-state electrolyte candidates that we never would have considered before. The AI predictions were validated with 94% accuracy in our lab tests."
See how AI accelerates materials discovery
Join leading research institutions and companies using MatPilot-AI to discover the materials of tomorrow. Start with our free tier and scale as you grow.
No credit card required • 14-day free trial • Cancel anytime