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About

Thomas Bligaard is a leading figure in computational materials science and catalysis, whose work bridges the gap between theory and high-throughput experimentation. His research centers on developing the theoretical frameworks and digital infrastructure needed to accelerate materials discovery, particularly for catalytic and energy-related applications. Bligaard is perhaps best known for his foundational contributions to the "Materials Research Platform" concept, as outlined in his 2019 work defining user requirements for a collaborative, integrative, and on-demand digital ecosystem for materials design. This vision, which has garnered over 30 citations, reflects his broader impact on shaping how the community approaches data-driven discovery. His research has also advanced the understanding of scaling relations in heterogeneous catalysis, enabling the rational design of catalysts through computational screening. With a career spanning influential roles at the Technical University of Denmark, SLAC National Accelerator Laboratory, and now as a director at the Toyota Research Institute, Bligaard’s work has earned thousands of citations, cementing his reputation as a pioneer in the integration of machine learning, high-throughput calculations, and experimental validation to solve grand challenges in sustainable energy and materials.