OSPM 2023 Speaker
15TH AND 16TH NOVEMBER 2023
1st International Conference on Nanoscale Catalysis and Energy Conversion
| Keynote Speakers | |
|---|---|
| Prof. Takeshi Fukuma , Kanazawa University (JP) | Visualizing EDL structures and chemical reactions by open-loop electric potential microscopy |
| Prof. Núria López, ICIQ Tarragona (ES) | Developments in CO 2 electrochemical reduction: insights from theory |
| Prof. Beatriz Roldán Cuenya , Fritz Haber Institute of the Max Planck Society (DE) | Life and Fate of Energy Conversion Electrocatalysts |
| Prof. Patrick Unwin , University of Warwick (UK) | The new era of high throughput electrochemical multimicroscopy |
| Invited Speakers | |
|---|---|
| Dr. Jan Balajka , Technical University of Vienna (AT) | Atomic scale insights into oxide surfaces in aqueous environments |
| Prof. Fengtao Fan , Dalian State Key Laboratory of Catalysis (CN) | Spatiotemporal imaging of charge transfer in photocatalyst particles |
| Dr. Nicolas Hörmann , Fritz Haber Institute of the Max Planck Society (DE) | From Atomistic Interactions to Cyclic Voltammograms and Back Again |
| Prof. Christine Kranz , University of Ulm (DE) | In situ SPM studies of light-driven heterogenized molecular systems |
| Prof. Olaf Magnussen , Christian Albrechts University Kiel (DE) | Scanning tunnelling microscopy studies of Cu surface restructuring during electrochemical CO 2 reduction |
| Prof. Frieder Mugele , University of Twente (NL) | In situ and operando characterization of photocatalytically active faceted semiconducting nanoparticles |
| Dr. Wei Nie , Helmholtz Center Berlin for Materials and Energy (DE) | Nanoscale imaging of electrochemical interfaces by operando scanning probe microscopy |
| Dr. Roger Proksch , Oxford Instruments Asylum Research (US) | Accurate multifrequency electromechanics: Electrostatics, Null points and implications for functional nanoelectromechanics |
| Prof. Bernhard Roling , Philipps University of Marburg (DE) | AFM-based techniques for the electrochemical characterization of solid electrolytes and mixed ion-electron conductors |
| Prof. Wolfgang Schuhmann , Ruhr University Bochum (DE) | From single particle electrochemistry to electrocatalyst discovery |
| Prof. Kislon Voitchovsky , Durham University (UK) | Nanoscale probing of ions and water dynamics at interfaces |
| Prof. Stefan Weber , University of Stuttgart (DE) | The nanoscale photovoltaics laboratory on a tip |
| Contributed Talks | |
|---|---|
| Dr. Bizan Balzer , University of Freiburg (DE) | Nanoscale programmable friction with ionic liquid mixtures |
| Prof. Jaime Colchero , University of Murcia (ES) | Non-contact imaging of charges within the Debye layer using atomic force microscopy |
| Prof. Tobias Cramer , University of Bologna (IT) | Quantitative imaging of electroswelling in organic mixed ionic electronic conductors |
| Prof. Elad Gross , Hebrew University (ISR) | Operando IR nanospectroscopy mapping of hydrogen dissociation and sorption of single Pd nanoparticles |
| Prof. Florian Hausen , FZ Jülich (DE) | Mechanical insights on the evolution of functional layers in batteries and electrolyzers |
| Prof. Oleg Kolosov , Lancaster University (UK) | 3D nano-rheology microscopy: Operando nanomapping of 3D mechanical nanostructure of SEI in Na-ion batteries |
| Prof. Tomasz Kosmala , University of Wroclaw (PL) | Uncovering active sites and enhancing catalytic activity in 2D materials for hydrogen evolution reaction |
| Dr. Yu-Ping Ku , HI-ERN Erlangen (DE) | Degradation of Fe-N catalyst layers in alkaline media |
| Dr. Tom Miller , University College London (UK) | Electrochemical atomic force microscopy of battery interfaces |
| Dr. Stacy Moore , University of Bristol (UK) | Direct observation of electrochemical processes using dynamic scanning probe microscopy |
| Prof. Georg Papastavrou , University of Bayreuth (DE) | New AFM cantilevers for electrochemical in situ probing on the local scale |
| Dr. Yujin Tong , University of Duisburg-Essen (DE) | Characterization of ultrafast processes at electrochemical interfaces using femtosecond lasers |