Electronic transport and functional properties of 3D nanocrystal assemblies:
The project aims to understand how nanocrystal composition, crystal structure, ordering, interfaces, defects, and interparticle coupling determine the functional properties of these materials.
The researcher will take a leading role in developing the experimental methodology and know-how required to measure transport in individual 3D supercrystals and related nanocrystal solids.
Click here for more information and how to apply.
Advanced microstructural characterization of functional materials by transmission electron microscopy:
The project will focus on understanding the relationships among processing, microstructure, defects, and material properties using high- and atomic-resolution electron microscopy.
The successful candidate will have access to a new aberration-corrected transmission electron microscope and will work closely with researchers developing nanostructured and bulk functional materials.
Click here for more information and how to apply.
Advanced electron microscopy studies of nanocrystal assembly and super crystal formation:
The project aims to understand how individual nanocrystals organize, interact, and transform during the formation of ordered superstructures, combining high-resolution structural characterization with three-dimensional and, where possible, in situ electron microscopy.
Click here for more information and how to apply.
PhD position:
PhD Students need to submit the application via the graduate school. Note that IST has a US-style graduate school with centralized admission.
Intern position:
We do not have open positions for Interns.
