Discover the materials of tomorrow, today.
It's getting harder to bring new material and chemical products to market, with some estimates saying that 60% of development costs go to waste. Leverage computational chemistry to explore white space opportunities for growth, improve performance of candidate materials to command a premium, boost R&D efficiency by reducing experimental costs, and accelerate innovation by delivering concept prototypes faster.
Introduction
Digitizing discovery
and development
Accelerate the discovery and development of new materials with powerful tools and insights. Our platform enables rapid exploration and optimization of new materials, backed by advanced algorithms that accurately predict material properties, saving time and cost associated with experimental testing.
Join us in revolutionizing the materials science industry and bringing new materials to market faster than ever before.
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Our Workflows
Learn how Promethium can help with these materials science workflows
Interaction energy decomposition
Determine the physical origin of noncovalent interactions using symmetry-adapted perturbation theory.
Chemical reaction prediction
Predict the activation energy, transition state, and enthalpy for a reaction using the reactant and product structures.
Molecule characterization
By analyzing the patterns and energies of a molecules transitions between ground states and excited states, you can gain insight into the molecular structure, electronic configuration, and optical properties of a molecule.
Our industries
Chemistry simulation has
many applications across many industries
Electronics
- Organic Electronics
- Semiconductors
Automotive
- Catalysts
Aerospace
- Polymers
- Metals, Alloys, Ceramics
Energy
- Energy Storage
- Catalysts
Medical Devices
- Polymers
Construction
- Polymers
- Metals, Alloys, Ceramics
Consumer Packaged Goods
- Polymers
- Formulations
Environmental
- Water treatment
- Waste management
- Air purification