The NIST Center for Neutron Research (NCNR) is a national user facility dedicated to advancing scientific discovery and U.S. technological innovation through the power of neutron measurement science. By providing specialized instrumentation and expertise to a broad community of investigators, the center plays a critical role in solving complex materials challenges that impact our economy, security, and daily lives. Whether you are a scientist probing the frontiers of quantum matter, an industry leader optimizing manufacturing, or a student beginning a career in STEM, the NCNR offers the unique tools and collaborative environment needed to turn ambitious ideas into reality.
The NCNR provides researchers from academia, government, and other facilities with access to a suite of 29 neutron beam instruments and additional radiation capabilities designed to probe the fundamental properties of matter. By offering specialized measurement techniques the center enables scientists to observe the structure and dynamics of materials at the atomic and molecular levels and follow their effects up to the macroscopic world. This unique set of capabilities supports high-impact breakthroughs in fields ranging from quantum materials and catalysis to structural biology and soft matter physics.
For industry partners, the NCNR serves as a powerful engine for innovation, helping companies solve complex manufacturing challenges and accelerate product development. Through collaborative frameworks like the nMat consortium, industrial researchers gain access to both the neutron-based measurements and the staff expertise to facilitate new materials technology, lower the barriers to market, and maintain competitive advantage. These insights lead to higher performance materials, reduce development time, and overcome barriers to robust, economically competitive manufacturing.
The NCNR is deeply committed to cultivating the next generation of STEM leaders by providing immersive educational opportunities and hands-on training. Students and educators can participate in world-renowned summer schools, internships, and workshops that teach the principles of neutron science and instrumentation. By working alongside leading experts in a premier national laboratory setting, students gain technical skills and professional mentorship that are essential for careers in modern materials science and engineering.
The NCNR offers a substantial return on investment for the American public, generating an estimated $2.67 in societal and commercial value for every $1 invested in its operations. As a critical piece of national research infrastructure, the center supports federal priorities in energy security, public health, and economic competitiveness. By maintaining world-leading measurement standards and fostering public-private partnerships, the NCNR ensures that the United States remains at the forefront of global technological innovation.