Federal Grant Award Summary

The University of South Carolina received a $532,285 Project Grant award from the National Science Foundation's Division of Materials Research under the Mathematical and Physical Sciences program (CFDA 47.049) on February 15, 2026, with a completion date of January 31, 2030. This collaborative research project delivers fundamental scientific knowledge regarding dynamic relaxation phenomena in advanced magnetic nanostructures, specifically examining how rod-shaped magnetic particles respond to time-varying magnetic fields. The research involves systematic manipulation of elemental composition and geometric parameters (length and diameter) of magnetic nanoparticles to establish comprehensive understanding of how these core material properties influence magnetic relaxation behavior across a broader frequency range than previously achievable in laboratory measurements.

The project generates deliverables with dual impact pathways. The intellectual merit outcomes include new empirical data and theoretical understanding that could enable development of technologies for disease identification, imaging, and treatment in medical applications, as well as advancement of magnetic detection capabilities in industrial manufacturing and consumer applications related to health and safety. Concurrently, the broader impacts include workforce development and training of future scientists and engineers capable of implementing magnetic nanotechnology innovations, complemented by public engagement and science communication activities targeting diverse audiences across South Carolina to build awareness of the importance of advanced magnetic materials to the state's manufacturing sector and economic competitiveness.