Veranstaltungen

This presentation will first give a brief introduction to the single-molecule fluorescence approaches to image catalytic reactions on single nanoparticles at single-turnover and super-optical resolution. It will present applications of such approaches in gaining insights into the spatiotemporal reactivity patterns on single catalyst particle in (photo)(electro)catalysis. It will also describe the recent development of new approaches for super-resolution imaging of nonfluorescent processes on surfaces, including molecular adsorption and the formation of metal-hydrogen intermediates in (photo)electrocatalysis. [mehr]

Recent progress in machine learning and automation is beginning to fundamentally change how we explore and engineer materials at surfaces. In this talk, I will discuss two complementary directions towards a more predictive and autonomous surface science workflow. [mehr]

Plasmonic nanostructures exhibit intense (> 106 Å2) resonance absorption features that can be smoothly tuned by shape and elemental content from near UV to near IR regions of spectrum. [mehr]

Tip-enhanced photoluminescence and electroluminescence enable fluorescence microscopy with sub-nanometer spatial resolution. [mehr]

Oxide materials are omnipresent in science and technology. Given their low carrier density and poor screening ability, oxide properties are often inhomogeneous in space and governed by stoichiometry modulations, defects and impurities. [mehr]

With the aim of enabling vital exchange of emerging expertise, the international conference “Challenges on Renewable Energy Storage” was set up. Following the first two gatherings of this kind in 2022 and 2024, the meeting will continue to bring together front runners of the fields catalysis and electrocatalysis, allowing them to exchange views on the most recent advancements, as well as to renew the necessary interdisciplinary networks. [mehr]

Electrostatic potential fluctuations in liquid water control the thermodynamics and kinetics, such the solvation free energies, the capacitance of electrified interfaces, and the decoherence of molecular qubits in aqueous environments. Most simulation work has focused on mean fields. Only recently has it become clear that the fluctuations themselves carry physics that is missed by the average. [mehr]

Die Abteilung Interface Science (ISC) lädt zum Sommerfest ein! The Interface Science Department (ISC) invites you to this year's summer party! [mehr]