ExoMatter Score

Identify the Best Material Candidates Faster

The ExoMatter Score ranks material candidates by best fit for your respective application – enabling smart holistic decisions.

What Is the ExoMatter Score?

The ExoMatter Score is a smart ranking system that evaluates inorganic crystalline materials based on their overall suitability for a specific search. It is based on an individual weighting of all aspects you may want to take into consideration.

Whether you’re looking for high-performance, sustainable, or cost-efficient materials, the ExoMatter Score brings everything together in one place, allowing holistic decisions.

Enabling Holistic Decisions

Which material offers the best overall solution for your requirements? The ExoMatter Score is designed to make the decision easy.

It allows: 

A

Faster Decisions

Skip the manual filtering, get data-driven recommendations instantly 

Smart Priorization

Focus on high-potential material candidates for your use case 

R

Full Transparency

Understand how each material is ranked and why 

Focus on What Matters Most to Your Project

Every project is different – and so are the priorities that drive material selection. That’s why scientists can tailor results on ExoMatter to match their specific needs. Every user can simply adjust the weighting of key factors to reflect what matters most to their team.

Prioritize the factors that matter most to receive your individual recommendation:

 

  • 25+ chemical, physical, and mechanical properties
  • Cost-efficiency
  • CO₂ footprint
  • Patent information

Want to Learn More?

Content Tip: On-Demand Webinar

Smarter R&D: Discover Inorganic Crystalline Materials Faster with AI

Discover how AI can speed up materials R&D: Get an in-depth look at how the ExoMatter Platform enables R&D teams to efficiently identify inorganic crystalline materials for their applications.

Material scientist Dr. Xaiza Aniban demonstrates how ExoMatter helps reduce development time from months to minutes with AI-driven screening and multi-dimensional search capabilities.