Year: 2024

Our research covers electron acceleration with nanophotonic structures powered by laser light. We just demonstrated a scalable nanophotonic electron accelerator on a chip with a substantial energy increase of 43% from the initial energy of 28.4keV to 40.7keV . These low-cost accelerating nanostructu...

This image illustrates the crack pattern that emerges as a suspension dries. The system consists of interconnected particles held together by capillary bridges, which, upon evaporation, result in the formation of cracks. This simulation was programmed so that the arbitrary arrangement of the evapora...

FAU beteiligt sich an Wasserstoff-Technologie-Projekt zu emissionsfreien Antriebstechnologien in Deutschland Die FAU ist am Wasserstoff-Technologie-Anwenderzentrum (WTAZ) beteiligt, das in Pfeffenhausen im Süden Bayerns entsteht und gerade in die Umsetzungsphase startet. Das Ziel: Mittels der neuen...

One of the central goals in the PULS group is the knowledge-based design of new selective and highly-active catalytic systems. To achieve this goal, we utilize state of the art (hybrid) quantum mechanical and molecular mechanical methods to predict the physico-chemical properties and underlying reac...

Welcome to the newses FAU EAM member Dr-Ing. Pablo Jiménez-Calvo Dr. Pablo Jiménez-Calvo (MRSC) is an independent Marie Skłodowska-Curie Post-doctoral Fellow. With a background in Materials Chemistry and Physics (Dr. Valérie Keller, University of Strasbourg, 2019). He spanned two post-doctoral fell...

Our group investigates PVD and CVD coatings with special focus on crystalline CVD-Diamond layers. This includes the design of coating machines, process optimisation and characterisation of the produced coating systems. A key factor of coating quality is the adhesion that marks the ability of the lay...