The modern nanocrystal,
engineered by AI.
Accelerating the discovery and synthesis of mixed metal oxide nanocrystals using advanced molecular dynamics and digital twin technology.
10x
Faster Development Cycle
99%
Prediction Accuracy
1M+
Simulations Run
Digital Twin Molecular Dynamics
Our platform creates high-fidelity digital twins of mixed metal oxide nanoparticles. By simulating molecular dynamics under various conditions, we bypass traditional trial-and-error synthesis.
- AI-Driven Insights: Recommend optimal synthesis conditions automatically.
- Atomic Precision: Track interactions at the atomic scale to predict structural integrity.
- Rapid Iteration: Test thousands of precursor combinations in minutes, not months.
Pioneering Advanced Materials
We tailor mixed metal oxide nanocrystals for the most demanding applications in clean energy, catalysis, and electronics.
Next-Gen Batteries
Enhancing energy density and charge rates through optimized cathode materials developed via our predictive AI platform.
Catalysis & Energy
Discovering highly active and stable mixed metal oxide catalysts for green hydrogen production and carbon capture.
Custom Synthesis
Partner with us to develop bespoke nanocrystals tailored exactly to your proprietary product specifications.
The Power of Mixed Metal Oxides
By precisely controlling the composition and morphology of mixed metal oxides, we unlock synergistic properties unavailable in single-metal systems. Our AI pinpoints the exact atomic ratios and thermodynamic conditions required for peak performance.
Learn More About Our Materials
About Us
Jinwoung Jo
CEO & Founder
Education: Ph.D in Chemical Biological Engineering, Seoul National University
Email: dulri903@naver.com
Ready to accelerate your materials innovation?
Get in touch with our engineering team to discuss how our digital twin platform can solve your nanocrystal development challenges.