Vacancy bank

Berenschot zoekt een trainee fotonica, quantum, semicon, met specifieke aandacht op de markt voor (geïntegreerde) fotonica, halfgeleiders en quantum technologie. Heb jij een passie voor deep tech? Ki…

Contact: Dr. Parikshit Phadke (p.phadke@utwente.nl) Ion beam-induced surface modifications are at the forefront of modern mater…

Contact: Maarten Swanenberg (NXP Nijmegen): maarten.swanenberg@nxp.comRay Hueting (Power Electronics g…

Low-energy ion scattering (LEIS) probes the outermost atomic layer of a surface by backscattering of noble gas ions. Under certain conditions, also depth profiles up to 5–10 nm depth can be obtained…

To measure X-ray diffraction plots from various thin metallic films optimizing measurement conditions with the goal to select the best measurement scheme and determine the best measurement scheme and …

A broadband transmission grating spectrometer approach The XUV Optics group is undertaking an exciting project based on a newly developed optical component: a nanoscale patterned transmission grating …

Low Energy Ion Scattering (LEIS) is a surface analysis technique almost exclusively sensitive to a topmost layer composition. We recently found out that in a rare selection of materials a contribution…

This project aims for the development of multilayer systems for the use as spectroscopic elements. These serve the purpose of analyzing soft x-ray emission spectra of materials e.g. upon excitation by…

Introduction Graphene is a mechanically strong and optically transparent material suited for fabricating freestanding conductive see-through membranes for numerous applications such as filtration, sen…

Objective: This assignment provides a possibility to experimentally study the thermodynamics-induced changes in ultra-thin layer using advances X-ray analysis. This assignment will help you to develop…

Objective: This assignment provides a possibility to experimentally study the thermodynamics-induced changes in ultra-thin layer using advances X-ray analysis. This assignment will help you to develop…