Markus Heyde

Dr. Markus Heyde is a Research Group Leader in the Interface Science Department at the Fritz Haber Institute of the Max Planck Society in Berlin, Germany. He leads the Scanning Probe Microscopy research group (ISC-AG-Heyde), which focuses on high-resolution local structure measurements of model systems for heterogeneous catalysis using atomic resolution scanning probe microscopy and spectroscopy techniques.

Dr. Heyde's research interests center on surface science and catalysis, with particular expertise in:

• Atomic resolution imaging of crystalline and amorphous thin oxide film systems
• Electrocatalytic reactions including water oxidation and carbon dioxide reduction
• Stabilization of catalysts from degradation and erosion
• Two-dimensional barrier layers for model systems addressing structural and chemical alterations
• Chemical and structural effects created by two-dimensional overlayers

His recent publications demonstrate a strong focus on the application of scanning probe microscopy to understand surface structures at the atomic level, particularly for catalytic systems. His work often involves collaborations with the Roldan Cuenya group, investigating copper-based catalysts for CO2 electroreduction and exploring molecular adsorption phenomena using N-heterocyclic compounds. A significant portion of his research examines 2D silica and other thin film materials, providing fundamental insights into amorphous structures and interfaces.

Dr. Heyde actively supervises research staff and students, including Kishan Govind, Jens Hartmann, and Felix Landwehr, who are listed as members of his research group. His laboratory develops and applies advanced scanning probe microscopy techniques to address fundamental questions in surface science and catalysis.