PhD student will be involved in structural and chemical analysis of inorganic materials down to the atomic scale by advanced electron microscopy methods. He/she will learn to use state-of-the-art research equipment, such as the Spectra 300 analytical transmission electron microscope, which enables quantitative analysis of the atomic structure and chemical composition of a wide variety of inorganic materials.
The candidate will have the opportunity to choose among various research topics, e.g. twin boundaries in natural minerals or epitaxial contacts in synthesized functional materials, such as thin films prepared by pulsed laser deposition (PLD). Understanding local structure and chemical composition of these interfaces is key to deciphering their influence on crystal growth and functional properties of materials.
Electron microscopy is a specific research field that requires patience, precision and dedication. It is desirable that the candidate also has prior knowledge in structural chemistry, mineralogy and/or physics. The candidate will be part of the Advanced Materials Research Group (IJS, K-9) working in various areas of advanced functional materials that contribute to technological progress of the society and green transition. In addition to working in a stimulating research environment, he/she will have the opportunity to participate in national and international scientific conferences, and wide opportunities for additional education at international workshops in the field of electron microscopy and visits to prestigious foreign institutions within the framework of international projects.