Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
getting more and more complex. In this PhD project, you will investigate and design 2D materials with applications in energy storage, semiconductors, and nanolithography. Until now, most research studies
-
the European Research Council entitled “Resolving surface reactions in plasma catalysis: Towards rational catalyst design (SURPLAS)” at the Advanced Research Center for Nanolithography (ARCNL). Background
-
surfaces in plasma is unknown, limiting the impact of plasma catalysis by inhibiting the design of dedicated plasma catalysts. This PhD position links surface science and plasma catalysis, aiming
-
physical processes. You will join a team of several PhD students and postdocs and have as an objective to design & execute experiments to understand the deformation and fragmentation of laser-impacted thin
-
pulses. After you join our group, your goal is to design and execute optical and THz experiments to measure and understand the nature of the subtle material changes created by exposure to laser pulses. You
-
will perform technical work in support of physical experiments. You will help design and build measurement set-ups, take care of their maintenance and carry out repair and assembly work. The work
-
will investigate and design 2D materials with applications in energy storage, semiconductors, and nanolithography. Until now, most research studies have been limited to the understanding and optimization
-
innovative solutions and contribute to groundbreaking research with a primary focus on designing new computational imaging and metrology tools for tomorrow’s nanolithography. In today's rapidly evolving
-
catalysis by inhibiting the design of dedicated plasma catalysts. This PhD position links surface science and plasma catalysis, aiming to understand the active state of a surface live during plasma exposure
-
those stiff solids. The project is largely experimental in will involve friction/wear experiments at the mN and or nN scale. References Leriche et al. Wear528, 204975 (2023). Hsia et al. Tribol. Int.142