E. Duggan

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About

E. Duggan is a materials scientist and nanotechnologist whose work centers on the scalable characterization of plasmonic nanoparticles. Their most significant contribution is the development of a high-throughput transmission electron microscopy (TEM) platform, which enables the rapid screening of up to 96 distinct nanoparticle samples on a single grid. This innovation, detailed in their 2015 paper (22 citations), dramatically accelerates the analysis of plasmonic properties by integrating liquid handling robotics with conventional TEM workflows, reducing the bottleneck of specimen preparation for nanomaterial discovery. Duggan’s approach has been instrumental in bridging the gap between synthesis and characterization, allowing researchers to correlate nanoparticle morphology with optical behavior at unprecedented speeds. Their work has been recognized for its practical impact on nanophotonics and materials engineering, providing a foundation for automated, multiplexed analysis that is now being adopted in labs seeking to optimize plasmonic structures for sensing, imaging, and energy applications. Duggan continues to push the boundaries of nanoscale metrology, making them a key figure in the advancement of high-throughput electron microscopy.