Dr. Karren More stands as a distinguished leader in materials science, currently serving as Director of the Center for Nanophase Materials Sciences at Oak Ridge National Laboratory. As an accomplished American materials scientist, she oversees one of the premier nanoscience research facilities in the United States, providing critical infrastructure and expertise to researchers nationwide. Dr. More earned her doctoral degree from North Carolina State University, establishing the foundation for her distinguished career in advanced materials characterization. Her leadership has been instrumental in positioning the CNMS as a vital resource for the scientific community, driving innovation in nanomaterials research. Under her guidance, the center has maintained its reputation for excellence while expanding its capabilities to address emerging scientific challenges.
Dr. More's expertise encompasses advanced characterization of nanoscale materials, with significant contributions to the field of electron microscopy and materials analysis. Her leadership at the Center for Nanophase Materials Sciences has enabled groundbreaking research across multiple disciplines including energy storage, catalysis, and advanced materials development. As Director of a major Department of Energy user facility, she facilitates cutting-edge research that pushes the known edge of nanomaterials science, supporting hundreds of scientific investigations annually. Her strategic vision for the CNMS has established it as a collaborative hub where scientists from diverse backgrounds converge to solve complex materials challenges. This work has significantly advanced our understanding of materials at the nanoscale, with implications for numerous technological applications.
Dr. More has been a vocal advocate for diversity within the scientific community, as evidenced by her contributions to discussions on inclusivity in microscopy and user facility operations. She actively shapes the future of materials research through her leadership in national scientific initiatives and her commitment to developing the next generation of researchers. As a respected figure in the field, she regularly contributes to strategic planning for national research infrastructure and priorities. Dr. More continues to guide the CNMS toward emerging frontiers in nanoscience, emphasizing interdisciplinary approaches that bridge materials synthesis, characterization, and theory. Her ongoing work ensures that the center remains at the forefront of scientific discovery while serving as a model for collaborative research infrastructure that accelerates innovation across multiple scientific domains.
