Content Library

Synthesizing and testing new material samples can take months and cost tens of thousands of dollars. Physics-based modeling techniques, such as Density Functional Theory (DFT) are cheaper and quicker....

Bryce Meredig (Chief Science Officer and Co-founder at Citrine) will demonstrate how Artificial Intelligence can accelerate materials development and enable data-driven decisions in materials and chemicals research and development.

Learn how Showa Denko used Citrine's Artificial Intelligence platform to accelerate discovery of solvent blends.

Join us for a conversation between academia and industry about the future of work in the materials industry.

Presented 3-5 June 2020 @ FAIR Data Infrastructure and Materials Genomics, organized by FAIR Data Infrastructure for Physics, Chemistry, Materials Science, and Astronomy e.V.

Learn how Citrine's Artificial Intelligence platform can be used to reduce costs and increase supply chain resilience in specialty chemicals.

Learn how global leaders in specialty chemicals use the Citrine Platform to develop formulations that meet customer performance requirements with lower-cost ingredients, and adapt existing formulations when faced with...

Learn how Citrine's Artificial Intelligence platform improves customer responsiveness in the formulations space.

Learn how Citrine's Artificial Intelligence platform enabled a 21% improvement in polymer mechanical properties in just 6 months. 

Learn how ADAPT and its partners used the Citrine Platform to create a new, additively manufactured door hinge for MRAP light tactical vehicles.