The research group XUV Optics of the Faculty Science and Technology of the University of Twente is involved in different aspects of science and technology.
Our Research themes are:
- Plasma-driven physics and surface chemistry at elevated temperatures
- 'Advanced’ layer growth and (reactive) annealing/exposure experiments
- Piezoelectric films (PIEZO)
- Transmission gratings (GRATINGS)
- Surface chemistry or surface interaction
- Multilayer physics or Physics of multilayers (MULTILAYERS)
The research is focussed on the following activities
Plasma-driven physics and surface chemistry at elevated temperatures
My research theme is (EUV) plasma-driven physics and (surface) chemistry at elevated temperatures for nanomaterials. This includes topics such as thin film 
layer growth, plasma processes, development of new technology and device fabrication.
For more information, please contact Dr. Wesley van den Beld.
'Advanced’ layer growth and (reactive) annealing/exposure experiments
For more information, please contact Dr. Robbert van de Kruijs.
Piezoelectric films (PIEZO)
In this research line, we investigate the deposition, characterization and analysis of piezoelectric thin films with a focus on exploring the structure-property relations for EUV relevant applications. Two concrete application examples that are intensively studied nowadays are adaptive EUV optics and active wafer 
clamps. The overall goal is to explore the fundamental material properties to develop piezoelectric actuators which are fast, energy efficient and sub-nanometer accurate.
For more information, please contact Dr. Muharrem Bayraktar
Transmission gratings (GRATINGS)
In this research line, we investigate the deposition, characterization and analysis of piezoelectric thin films with a focus on exploring the structure-property relations for EUV relevant applications. Two concrete application examples that are intensively studied nowadays are adaptive EUV optics and active wafer clamps. The overall goal is to explore the fundamental material properties to develop piezoelectric actuators which are fast, energy efficient and sub-nanometer accurate. 
For more information, please contact Dr. Muharrem Bayraktar.
Surface chemistry or surface interaction
In this research team we study the interaction of thin film coating materials with gases, plasma, ions and photons. We study for instance chemical modifications and morphology changes and use this knowledge to design materials and operating conditions that enhance the lifetime of optical coatings in 
applications.
For more information, please contact Dr. Marko Sturm.
Multilayer physics or Physics of multilayers (MULTILAYERS)
We design, deposit, and characterize multilayer Bragg structures for a broad range of wavelengths. Our focus is on exploring the growth physics and atomic-scale interactions at interfaces, which determine crucial properties of the multilayers. The ultimate goal is on enhancing reflectance and thermal stability, but 
also precise control of the angular and spectral response of the Bragg optics.
For more information, please contact Dr. Andrey Yakshin.