Get to the winning molecules faster
GPU-powered chemistry simulation platform to help you get ahead of your competition
Take your computational chemistry to the next level with a modern GPU-powered platform
*DFT on up to 2,000 atom systems
More than 10x faster calculations compared to legacy DFT tools
Have a lot of calculations to get through? Promethium's incredible speed can help you churn through your backlog and get results faster.
Is your ML model starved for vast amounts of high quality data?
Create a large, high-quality, transferable dataset from Promethium's GPU-powered DFT code.
Promethium's results come from flagship algorithms optimized to take advantage of the performance enhancements provided by GPUs
Flagship algorithms for quantum chemistry
- Modern and highly accurate hybrid Kohn-Sham density functional theory methods
- High-quality Gaussian basis sets
- Industry standard treatment of environmental, solvation, and dispersion effects
Optimized for the most powerful GPU hardware
- Written from the ground up for NVIDIA datacenter GPUs like A100
- Novel QC Ware streaming algorithms achieve unprecedented computational speed
- Extremely high throughput : power consumption ratio
Coupled with the unlimited scalability of the cloud
- Batch processing enables seamless analysis over whole databases of molecular systems
- End-to-end workflows are automatically dynamically parallelized
- Rapid turnaround of complete computational studies is routine
Discover Our Industry Applications
Learn how we can help you make breakthrough discoveries and achieve your goals faster than before.
Materials science
Advancements in many industries hinges on the discovery of new materials.
Explore our platform
User Interface & Deployment
Graphical UI
Intuitive, easy to use functionality
API
Python, external tool integrations, and more
Software as a Service (SaaS)
Job Types
Single Point Energy
Geometry Optimization
Conformer Search
Torsion Scan
Reaction Path Optimization
Transition State Optimization
Interaction Energy
Relaxed Potential Energy Surface Scan
F-SAPT
Method
DFT and TD-DFT
Derivatives
Our Roadmap
Heading Here One Line
2023
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2024
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