Anchored in research undertaken in - and coming out of - the Lab of one of the firm's founders, Stoicheia personnel use lithography to create libraries of over 1 million nanostructures on a chip. Researchers can use the libraries to perform millions of simultaneous experiments to identify new materials for numerous applications, including for the energy, transportation, petrochemical and pharmaceutical industries. Described as being at the forefront of digital materials discovery. the firm's personnel employ a unique combination of proprietary AI and high-throughput screening technology to advance the discovery of new materials that impact the trillion-dollar automotive, chemical, oil and clean energy industries. The firm' s proprietary Nanocombinatorics^TM and Megalibrary^TM platforms, provide personnel access to the world's largest combinatorial material libraries and unprecedentedly large datasets training proprietary AI and machine-learning algorithms -- capabilities that allow rapid, systematic and thorough interrogation of the materials genome, enabling discovery of new materials with properties driving the development of the renewable and net-zero economy.
