Speaker
Description
I am working at synchrotrons and FELs, In this programme I am interested in developing hard and software solutions for detecting beam damage, to develop automated data collection and reduction solutions and in particular in online smart data analysis, online and post processing for reflectivity, pump - probe investigations, coherent X-ray diffraction, nano scanning X-ray diffraction.
My main scientific fields:
• Non-equilibrium dynamics of liquids. Pump/probe investigation of liquid interfaces including solvation processes and charge and ion transfer using synchrotron and Free Electron Laser sources. Strongly correlated systems (liquid metals) and bio-molecular films (lipid membranes).
• Physics at surfaces and interfaces: Investigating the dynamics and structure of solids and liquids with X-ray diffraction, X-ray reflectivity, grazing incident X-ray diffraction (GID) and diffuse X-ray investigations on liquid/liquid interfaces. In situ studies of electrochemically controlled liquid.
• Investigating magnetically induced mechanical strain in microstructures with nano-focus X-ray scattering and strain coupling at magnetostrictive buried interfaces via XRD, GID, Scanning nanoXRD, Coherent X-ray scattering.
In ErUM-Data, what kind of data are you dealing with?
Hard and software solutions for detecting beam damage, and for online smart data analysis, Online and post processing for reflectivity, pump - probe investigations, coherent X-ray diffraction, nano scanning X-ray diffraction
What is your expertise in computing and / or software development?
Basic computing skills, developing model functions for fitting.
My current most burning research question, I like to find partners for, is:
Artificial Intelligence & Machine Learning for data monitoring and data analysis for reflectivity data Coherent X-ray diffraction and for future XPCS applications at liquid interfaces.
Please describe areas in which you would like to improve your knowledge / skills.
Application of Artificial Intelligence & Machine Learning algorithms.
What is your field and role?
Non-equilibrium dynamics of liquids.
Physics at surfaces and interfaces:
Investigating strain in crystalline microstructures
Senior Scientist / Group leader
Please describe areas in which you can contribute to “data handling” teaching.
Meta data definition and collection, data collection, data analysis. Scientific approach to data management.
Please describe your expertise/areas in which you would like to contribute / advise.
X-ray scattering method development, Pump probe, coherent X-ray diffraction, nano scanning X-ray diffraction
Investigation of structure and dynamics at liquid and solid interfaces.
| Your ErUM - Committee is | KFS - Komitee für Forschung mit Synchrotronstrahlung |
|---|---|
| List of Committees: | KFS |
| Do you consent to the data usage and public abstract data posting in the ErUM-Data Community Information Exchange? | Yes |
