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| Argonne Materials Science Division | |
|---|---|
| Name | Materials Science Division |
| Institution | Argonne National Laboratory |
| Established | 1946 |
| Location | Lemont, Illinois |
| Focus | Materials science, materials chemistry, materials physics |
Argonne Materials Science Division is a research division at Argonne National Laboratory focused on fundamental and applied studies of materials structure, properties, and performance. The division engages in synthesis, characterization, theory, and engineering of materials for energy, transportation, and national security applications. Its programs connect national user facilities, federal agencies, industrial partners, and academic institutions to advance materials innovation.
The division traces its roots to postwar activities at Argonne National Laboratory and Metallurgical Laboratory initiatives that followed the Manhattan Project and the creation of the Atomic Energy Commission. During the Cold War era, research priorities aligned with programs like the National Laboratories network and collaborations with U.S. Department of Energy missions in reactor materials and alloy development. In subsequent decades the division expanded into advanced characterization with ties to the development of the Advanced Photon Source and partnerships with universities such as the University of Chicago and Northwestern University. Major funding and programmatic shifts came with federal initiatives such as the Energy Policy Act and the establishment of user facilities that paralleled the rise of the Materials Genome Initiative.
Research spans condensed matter and materials chemistry linking to topics such as phase transformations studied alongside work at the Los Alamos National Laboratory, defect physics in coordination with Lawrence Berkeley National Laboratory, and corrosion science relevant to Oak Ridge National Laboratory programs. Key themes include electronic and ionic transport investigated with methods developed in collaboration with Massachusetts Institute of Technology and Stanford University, magnetic and optical materials informed by partnerships with Bell Labs and IBM Research, and polymers and soft matter informed by interactions with the National Institute of Standards and Technology and the Jet Propulsion Laboratory. Materials for clean energy technologies connect to projects pursued by the National Renewable Energy Laboratory and industry partners such as General Motors and Ford Motor Company.
The division leverages national user facilities including the Advanced Photon Source, transmission and scanning transmission electron microscopes comparable to those at Brookhaven National Laboratory, and neutron scattering capabilities related to instruments at the Spallation Neutron Source. In-house laboratories host synthesis suites, thin film deposition systems used by groups at Cornell University and California Institute of Technology, and cryogenic and high-temperature platforms paralleling those at Princeton University. Computational resources integrate with the Argonne Leadership Computing Facility and software ecosystems like Materials Project and codes used by researchers at Lawrence Livermore National Laboratory.
Major projects include multiscale modeling efforts aligned with the Materials Genome Initiative, energy materials programs coordinated with the U.S. Department of Energy Office of Science, and battery research consortia partnering with Toyota and Tesla, Inc. collaborations. The division has contributed to consortiums such as the Battery500 Consortium and participated in international collaborations with institutions like Max Planck Society and Imperial College London. Cross-cutting initiatives have tied the division to national programs including the Advanced Research Projects Agency-Energy and joint projects with Sandia National Laboratories and Pacific Northwest National Laboratory.
Scientists and leaders associated with the division have professional ties to awardees and scholars from institutions such as Harvard University and Yale University, and have held roles in organizations like the American Physical Society and the Materials Research Society. Leadership has engaged in national advisory committees alongside figures from National Science Foundation and served on editorial boards of journals issued by American Chemical Society and Nature Publishing Group. Individual researchers have collaborated with Nobel laureates and fellows from the Royal Society and participated in programs with the European Research Council.
The division supports graduate and postdoctoral training with affiliations to universities including University of Illinois Urbana–Champaign and Michigan State University, and runs summer internships comparable to programs at Brookhaven National Laboratory and Lawrence Berkeley National Laboratory. Outreach initiatives have included K–12 engagement modeled after partnerships with the Smithsonian Institution and public science events similar to those by the Chicago Symphony Orchestra's community programs. Workforce development efforts align with national STEM goals promoted by the Department of Education and workforce pipelines shared with regional companies like AbbVie.
Work from the division has contributed to high-impact publications in venues such as Nature, Science, and journals from the American Chemical Society, and has been recognized in awards administered by the American Physical Society and the Materials Research Society. Technological impacts include advances relevant to automotive materials used by General Motors and energy storage innovations influencing startups and programs supported by the Advanced Research Projects Agency-Energy. The division’s research has influenced standards and practices employed at facilities like Oak Ridge National Laboratory and informed policy discussions involving the U.S. Department of Energy and international science organizations.
Category:Argonne National Laboratory Category:Materials science research institutes