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ExoMatter connects and assimilates data from a global network of science-backed materials research sources to a powerful search engine.

Access Global Data

Put your data to work by standardizing property values across data for easy comparison. ExoMatter’s AI capabilities can help you extract the highest value from your research and development strategy.

Maximize Your Data

With the ability to customize and share every aspect of your materials research, our platform is a great collaboration tool.

Customize Results

Quickly filter through millions of materials using AI-powered tools that enrich data and give you complete control over selection criteria.

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90 new materials candidates were identified, saving Carbyon 6-12 months of laboratory work. Some of the identified materials had an energy demand of less than 150 kWh/t CO2.

Carbyon

ExoMatter provided analyses for multiple process parameter sets with over 1,000 materials . Laboratory time was reduced by 6-12 months and a wealth of new materials candidates identified.

Synhelion

The project produced 15 simulated materials in a multi-step process with simulation of different phases. Experimental time was reduced by 6-12 months. An array of new materials candidates was found.

Success Stories

In this session, we will introduce the ExoMatter Platform to materials researchers and developers. We will demonstrate how it generates a personalized shortlist of the most suitable materials for your applications. When? Thursday, June 6th 2024, at 10:00-10:30 AM Berlin time.

Register today

Introduction to ExoMatter

Join us for a session on advancing polymer solutions with ExoMatter. We will demonstrate how we create custom materials science solutions, tailored to meet the specific needs of our industry partners. Learn how we leverage molecular dynamics simulations to innovate and refine polymer materials, offering a clear, technical insight into our automated simulation processes. Discover the power of computational tools in developing new polymers, designed with precise thermomechanical properties. When? Tuesday, July 2, 2024  at 10:00 - 10:30 AM Berlin time. 

Advancing Polymer Solutions

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Quickly filter through millions of materials using AI-powered tools

Benefit from state-of-the art algorithms to deduce materials properties from simulated structural data and materials compositions.

Benefit from state-of-the-art machine learning algorithms to predict materials properties from simulated structural data and materials compositions.

By combining your experimental data and/or data from publicly available sources with properties from computational simulations, ExoMatter scales data sets from a few hundred to millions of entries in an automated pipeline.

Our proprietary materials scoring and ranking system, the ExoMatter Score, can help you curate a shortlist of materials that best fit your needs.

Automatic parsing of materials data using state-of-the-art large language models to extract relevant information and materials properties.

Let ExoMatter fill gaps in your experimental data and/or data from publicly available sources with properties from computational simulations.

Our proprietary materials scoring and ranking system, can help you curate a shortlist of materials that best fit your needs.

Scale data sets from a few hundred to millions of entries in an automated pipeline.

Enjoy automatic parsing of materials data using large language models to extract relevant information and materials properties.

Book a Demo

Save potentially thousands of hours of manual research and laboratory resources by using targeted ExoMatter search queries to find the best materials. Our wide range of AI-powered smart filtering options can accelerate the data-gathering process and lend a holistic view of the most up-to-date materials data available.

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ExoMatter connects and assimilates data from a global network of science-backed materials research sources to a powerful search engine, allowing users to run digital simulations of materials, create and share customizable dashboards, incorporate data from original research, and more.

With the ability to customize and share every aspect of your materials research, our platform is a great collaboration tool. From simulations using custom properties, to a dashboard that provides valuable insight across teams regardless of their technical expertise, to help from our in-house researchers, ExoMatter fulfills your requirements.

Employ the power of machine learning with ExoMatter

Quickly filter through millions of materials using AI-powered tools

Benefit from state-of-the-art machine learning algorithms to predict materials properties from simulated structural data and materials compositions.

Our proprietary materials scoring and ranking system, the ExoMatter Score, can help you curate a shortlist of materials that best fit your needs.

Let ExoMatter fill gaps in your experimental data and/or data from publicly available sources with properties from computational simulations.

Scale data sets from a few hundred to millions of entries in an automated pipeline.

Enjoy automatic parsing of materials data using large language models to extract relevant information and materials properties.

Quickly filter through millions of materials using AI-powered tools

Benefit from state-of-the-art machine learning algorithms to predict materials properties from simulated structural data and materials compositions.

Our proprietary materials scoring and ranking system, the ExoMatter Score, can help you curate a shortlist of materials that best fit your needs.

Let ExoMatter fill gaps in your experimental data and/or data from publicly available sources with properties from computational simulations.

Scale data sets from a few hundred to millions of entries in an automated pipeline.

Enjoy automatic parsing of materials data using large language models to extract relevant information and materials properties.

Explore our other features

Access Global Data

Maximize Your Data

Customizable Results