Expert in transmission and scanning electron microscopy (SEM) and analysis; focus on correlation of various SEM techniques (EDXS, EBSD, CL, EBIC), also in combination with scanning-probe microscopy and Raman microspectroscopy, mainly on energy materials and corresponding devices. Interested in image …

Project Manager for the Helmholtz Transfer Academy "Future Innovators". Interested in anything that can solve problems. Trying to unlock the potential of scientific development to also solve short-term problems of the real-world.

I specialize in harnessing the power of artificial intelligence for the automation of image analysis processes. My expertise encompasses a diverse range of characterization methods, from electron microscopy image analysis to advanced synchrotron tomography investigations. A unifying thread across all …

Interested in image analysis, in particular resulting from large number of data derived from in situ spectroscopic measurements

I am imaging nanoscale pores and other features in membranes for sperations of either liquids or gases by AFM, SEM and TEM. I used to investigate the fluorescence/ photoluminescence and electroluminescence in electronic devices with optical microscopy, in the visible …

Head of the Helmholtz Imaging Support Unit at DESY Hamburg. Background in computational structural biology, pattern recognition, artificial intelligence, convolutional neural networks and cloud computing.

I am an early career researcher with a strong interest in microscopy at the nanoscale and materials science with a background in Chemistry and Molecular biology. I am particularly interested in bactericidal surfaces, and understanding the bactericidal mechanism shown by …

Biological oceanographer with extensive research experience in mechanistic studies on production, export, transformation, and recycling of organic matter in the ocean. Strong focus on biogeochemistry and microbiology where I use multidisciplinary approaches to link small-scale processes to the full water …

Research interests include the use of
- (analytical) electron microscopy
- electron tomography incl. quantitative 3D analysis
- 4D-STEM imaging and statistical analysis
- (high-speed) in-situ TEM
with applications in materials sciences (catalysis, batteries, glass, magnetic materials)

I'm a staff scientist in the scientific computing group within the photon science division at DESY. I specialise in crystallography, in particular data processing software for serial crystallography. My main focus is software development, my "flagship" project being the CrystFEL …