Diazonium salts were electrografted onto transparent conductive oxides as stable
alternatives to conventional anchoring groups for the surface immobilisation of molecular …

Progress in non-covalent/self-assembled immobilization methods on (photo) electrode
materials for molecular catalysts could broaden the scope of attainable systems. While …

The production of stable redox-active layers on electrode surfaces can lead to improvements
in electronic device design. Enhanced stability can be achieved by pretreatment of electrode …

The use of molecularly modified electrodes in catalysis heralds a new paradigm in
designing chemical transformations by allowing control of catalytic activity. Herein, we …

In this work, we demonstrate that diazonium electrografting of biocompatible interfaces on
transparent conducting oxide indium tin oxide (ITO) can be controlled and optimized to …

Rationally designed material interfaces offer opportunities to control matter and energy
across multiple length scales, yet remain challenging to synthetically prepare. Inspired by …

By studying complex model catalysts based on well-defined oxide surfaces, fundamental
insights have been obtained into the surface chemistry of many heterogeneously catalyzed …

Encapsulating an electrocatalytic material with a semipermeable, nanoscopic oxide
overlayer offers a promising approach to enhancing its stability, activity, and/or selectivity …

Oxides are often perceived as relatively simple materials that can provide exceptional
electrocatalytic activities. However, the assumed simplicity of oxides bears little relation to …

Electrochemical solid| liquid interfaces are critically important for technological applications
and materials for energy storage, harvesting, and conversion. Yet, a real-time Angstrom …