Rationalizing dynamic nanoparticle restructuring as probed by advanced in situ X-ray scattering

Alternative for PEM technology with non-fluorinated, integrated membranes and PGM-free nanoarchitecture electrodes (AlterPEM)

An in situ investigation of the surface chemistry during the nucleation and growth of cobalt and nickel using atomic layer deposition

Atomic Layer Deposition for electrochemical water splitting

Atomic layer deposition of catalysts for water electrolysis

BOF-TT-professorship in physics and chemics of the surfaces

Development and stabilization of 2D-catalysts in CO2RR for C2+ products

H2-MHytic: H2 BY MEMBRANE INTEGRATED HIGH SURFACE AREA NANOMESH TECHNOLOGY

SINGLE ATOMS MATTER – a concerted approach to precision synthesis of nanocrystals

SYNergetic design of CATalytic materials for integrated photo- and electrochemical CO2 conversion processes

Temperature assisted water electrolysis

An in-situ study of Molecular Layer Deposition of metalcone films and

Atomic Precision Coatings to Enable Gravitational Wave Observations

Commissioning and sustainable exploitation of the upgraded DUBBLE beamlines at the ESRF: studying the structure and function of matter at the world's most powerful synchrotron

Functionalising lithium metal anodes through atomic layer deposition.

In situ characterization of nucleation, growth and sintering behaviour of metal nanoparticles synthesized by atomic layer deposition using scanning probe and x-ray characterization techniques

L-SCAN: Linking surfaces, coatings, and nanostructures.

Making Nanomaterials Work

Solid State Dielectric Supercapacitors based on Amorphous SnOx/SnyTi1-yO2/TizAl1-zO1.5+0.5z Artificial Dielectric Lattice for Energy Storage and Power Electronics

Understanding and controlling local atomic environments for thin film ferroelectrics

Understanding initial growth of interfacial coatings using atomic layer deposition on highly reactive lithium ion battery electrodes

Unraveling the relationship between microstructure and piezoelectric properties in modified (Ba,Ca)(Ti,Zr)O3 thin films

Unravelling the Deactivation of Tailored Pt Catalysts at the Single Nanoparticle Level by Nano-Spectroscopy

A fundamental study of nucleation and growth during thermal and plasma-enhanced atomic layer deposition of noble metals using in situ synchtron-based characterization techniques.

BOF-TT-professorship in physics and chemics of the surfaces

Fundamental study of the growth kinetics and conformality of thermal and plasma-enhanced atomic layer deposition