We seek advances in understanding of ultrafast energy transport and phase transformation at interfaces and advances in experimental methods used to quantitatively probe these processes.
The outcomes of our research will impact scholarship in the sciences of materials and their ultrafast phenomena as well as broader impacts on the ability to synthesize new nanostructured and other highly-nonequilibrium materials, predict microstructural changes produced by radiation damage, and control the transport of electronic and vibrational energy in materials.
Cluster members: