Content Library

Glassy materials form the basis of many modern applications, including nuclear waste immobilization, touch-screen displays, and optical fibers, and also hold great potential for future medical and environmental applications....

The product experts that use our AI don't see the Citrine Platform as a black box, but as a flashlight. And that flashlight just got stronger.

Attend this webinar to see how AI is being used to increase the sustainability of polymers by increasing recycled content, removing problem additives and optimizing the lifecycle.

Learn how our customer used AI to remove PFAS from an adhesives formulation.

This webinar will explain how machine learning is being used by CPG companies to optimize formulations and how that is resulting in quicker time to market, reduced ingredient costs...

This flowcharts helps you decide between AI options for product development.

Science is and always has been based on data, but the terms ‘data-centric’ and the ‘4th paradigm’ of materials research indicate a radical change in how information is retrieved,...

Learn how Citrine’s AI-driven experimentation was proved better than traditional methods of semiconductor photolithography formulation.

AI looks for patterns in cause and effect. So it needs detailed, accurate information on the inputs, in our case, a full materials and processing history of the product,...

Larger, chemical companies have been early adopters of AI and have seen significant success at accelerating R&D projects and optimizing processes. But, translating that into lasting business impact is...