As a PhD student you will develop a 3D lensless imaging system, using coherent extreme ultraviolet radiation as the light source. You will use this system to image complex lithographic …
Upon loading and unloading wafers in nanolithography machines, friction occurs between the wafer and its support. While some friction is required to fixate the wafer, inhomogeneous deformations and stresses that …
As a PhD student, you will develop the optics of nonlinear metasurfaces for wafer metrology. You will build an instrument to generate and measure nonlinear optical signals from nanostructured dielectric …
In our lab, we investigate the interaction of laser pulses with liquid tin microspheres to advance the knowledge of the physical processes that rule the extreme ultraviolet light (EUV) generation …
In our lab, we investigate the interaction of laser pulses with liquid tin microspheres to advance the knowledge of the physical processes that rule the extreme ultraviolet light (EUV) generation …
In this project you will try to understand what is unique about high-entropy materials - a novel class of high-performance compounds - by looking at their surface properties. You will …
This PhD project aims at understanding and controlling tin targets for laser-produced plasma, generating extreme ultraviolet (EUV) light for state-of-the-art nanolithography. In a team effort, in close collaboration with the …
In this project, you will use a combination of advanced and novel experimental techniques to unravel how contacts form between surfaces, how the contact conditions change over time, and how …
As a PhD student, you will develop new methods for spatial coherence control. You will create a new type of bright laser sources with optimized coherence functions and wavefronts. Your …
Are you a Bachelor or Master student looking for an internship? The High-harmonic generation and EUV science group at ARCNL has multiple openings for students with the ambition to do cutting-edge scientific …
