Accelerating the Future of Materials Science

We harness AI, robotics, characterization, and prototyping to accelerate materials discoveries for a safer world. Our nonprofit lab leverages breakthrough scientific methods for global impacts.

THE MATERIALS DISCOVERY MISSION

Our mission is to discover and deliver breakthrough materials to build a safer future for all.

From energy storage to environmental cleanup, the path to a safer, more resilient world runs through materials innovation. But traditional discovery is too slow to address the world’s most urgent and intractable safety challenges. At UL Research Institutes' Materials Discovery lab, we accelerate the design and deployment of novel materials using AI, automation, and high-throughput experimentation, cutting years from development timelines and turning scientific possibility into global impact.

There is no time to waste to solve global challenges.

This is why UL Research Institutes has built a lab from the ground up to fuse AI with physical experimentation to rapidly deliver breakthrough materials for a safer world.

Computational Chemistry and AI

First principles computational chemistry, combined with AI and human expertise, provides a powerful way to explore new potential materials to solve global challenges.

i
TRL 1–2
Technology Readiness Level

TRL 1–2 Early stages of innovation focused on foundational science and concept formation

Automated Robotic Experimentation and Testing

Automated robotics and testing drastically speed up real-world experiments to test the feasibility of computational approaches. This data feeds back into our AI to constantly improve it.

i
TRL 3–5
Technology Readiness Level

TRL 3–5 Represents the transition from concept to early validation and prototyping

Prototype Demonstration

Scaling up promising materials into prototypes increases confidence, time to market, and helps feed back into our AI to add unprecedented layers in analytical capacity.

i
TRL 6–7
Technology Readiness Level

TRL 6–7 Scale-up and system integration testing in partnership with industrial collaborators




Our approach can compress time from inception (TRL 1) to prototype (TRL 7) down to months, not decades.

THE MATERIALS DISCOVERY LAB

Introducing the Materials Discovery Research Institute: A physical AI materials lab purposely built to usher in a safer future.

3D model of the MDRI lab.
Explore Lab
Research

The Materials Discovery lab is driven by UL Research Institutes' ruthless focus on solving safety challenges.

Our research targets two of the world’s most urgent safety needs: (1) engineering solutions that permanently remove pollutants from our air and water and (2) developing breakthrough materials for clean energy.

Eco-Remediation
We’re focused on developing novel, commercially relevant materials capable of removing greenhouse gases and other pollutants from the atmosphere and improving access to safer, cleaner water.
Eco-Remediation
We’re focused on developing novel, commercially relevant materials capable of removing greenhouse gases and other pollutants from the atmosphere and improving access to safer, cleaner water.
A large energy container next to a wind turbine.
Energy Generation
and Storage
We’re focused on discovering breakthrough materials that support the transition from fossil fuels to renewable energy sources.
Energy Generation
and Storage
We’re focused on discovering breakthrough materials that support the transition from fossil fuels to renewable energy sources.

With our ability to merge AI and physical science, the Materials Discovery Research Institute is pioneering new methods in materials science to accelerate discovery.

Partnerships

Impact requires scale. Scale requires partners.

The scale of the intractable safety challenges we are trying to address are too complex to solve alone. That's why we're proud to work alongside a growing coalition of leaders in science, industry, and innovation — partners who share our urgency, ambition, and belief in the power of materials to shape a better future.