Google DeepMind: AI's Material Magic
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Google DeepMind, a prominent AI laboratory, has achieved a significant milestone by contributing nearly 400,000 new materials to the Materials Project, a special database at Lawrence Berkeley National Laboratory.
The Materials Project computes properties of known and predicted materials, and DeepMind's contribution expands possibilities for scientists searching for materials crucial to future technologies.
This addition is vital for innovation across various fields, addressing global environmental challenges. DeepMind used the GNoME (Graph Networks for Materials Exploration) deep learning tool, trained on Materials Project data, to create millions of crystal structures, with 400,000 deemed stable and useful.
Physics experiments validated over 736 GNoME materials, confirming their viability in laboratories.
These discoveries were used in A-Lab, an intelligent robot-equipped laboratory, demonstrating the capability to manufacture 41 new compounds in just 17 days—a significantly accelerated success rate compared to traditional methods. The breakthrough showcases the power of combining theory, data, and automation to expedite materials manufacturing and testing.
The collaboration's goal is data-driven exploration, offering companies more opportunities in materials development. The study detailing these advances has been published in the scientific journal Nature.
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