Robert Hovden

Robert Hovden is an Associate Professor in the Department of Materials Science and Engineering at the University of Michigan's College of Engineering, specializing in atomic-scale imaging and electron microscopy to investigate quantum materials, 2D systems, and energy-related devices.

Education:

• B.Sc. in Physics, Georgia Institute of Technology, 2007
• Ph.D. in Applied Physics, Cornell University, 2014

Hovden's research centers on advancing electron microscopy techniques to decode atomic and nanoscale structures governing macroscopic material properties. His lab pioneers methods for 3D atomic imaging, studying exotic phenomena in quantum materials, charge density waves, biominerals like nacre, and clean energy systems. By integrating electron microscopy with data science, his work reveals how structural symmetries and defects influence electronic behavior in 2D heterostructures and nanoscale catalysts.

Recent publications demonstrate dominance in electron tomography, atomic-resolution chemistry mapping, and twisted 2D material characterization, with frequent appearances in Nature family journals and PNAS. His research bridges physics, materials engineering, and computational analysis to solve fundamental problems in quantum phenomena and energy storage.

As leader of the Hovden Lab, he directs a research group focused on pushing the limits of atomic imaging using high-energy electron beams. The lab actively explores quantum materials, next-generation energy devices, and biomineral systems, training students at the intersection of materials physics, microscopy, and data science. Hovden teaches advanced courses including MSE562 Electron Microscopy I, translating cutting-edge research into graduate education.