Nanoscale X-ray imaging

X-rays have a unique ability to investigate samples in their natural state, such as live cells, proteins in solution or electronic devices in operation. This project will design and implement a compact system for X-ray imaging at the nanoscale, striving for maximum spatial resolution. An X-ray source and a high-resolution X-ray detector will be integrated with a motorized sample stage for 3D imaging (tomography) and computer control.

The project will also develop methods in software, primarily in Python or Matlab, to reach the highest resolution. Different types of optics based on nanostructures will be developed and tested, in collaboration with research groups at Nanolund. Both theoretical and experimental methods will be investigated.

The lab source measurements will be complemented with experiments at the new MAX IV synchrotron, and at other synchrotrons such as PETRA-III in Germany and ESRF in France.

For the present position, competence and interest in experimental research, in particular development of experimental setups, is of special value. Valuable, but not necessary, competencies include experience with lab source X-ray systems, X-ray imaging, electromagnetism, and programming.

For more information, and to apply, see: https://lu.mynetworkglobal.com/en/what:job/jobID:161498/