NanoCT
Contact for all requests to Karlsruhe Nano Micro Facility (KNMFi)
• Image Processing, Computer Vision, Machine/Deep Learning <\br>• 2d, 3d, 3d+t, and hyperspectral image data <\br>• Life sciences and other domains, rich experience in plant science applications.
My research focusses on deep learning-based methods for cell segmentation.
My research focuses on the development of deep learning algorithms for the automatic classification of cytoarchitectonic areas in high-resolution microscopy images of histological human brain sections.
The human brain can be subdivided into cytoarchitectonic areas, defined by the spatial organization …
We use X-ray microtomography in our lab to analyze the microstructure of soil and how it relates to various soil functions. We have built up the expertise to process and analyze our X-ray CT data, but also to combine with …
Leading the Helmholtz Imaging Support Unit at the Max Delbrück Center for Molecular Medicine in Berlin (Technology Platform Image Data Analysis). Research software engineer. Trained media computer scientist, experience in molecular biology / basic research data analysis, human computer interaction, …
I am a staff data scientist at the GEOMAR Helmholtz-Centre for Ocean Research Kiel. My work aims to explore the oceans with methods of machine-learning and image-analysis.
My research focus is on turning Terabytes of image data into quantitative information …
Research of the Translational Molecular Imaging (TMI) Division focuses on the development and characterization of targeted imaging reporters for translating novel NMR detection techniques into diagnostic applications in oncology. We aim to visualize key molecular changes in cancer onset and …
Computer Scienctist at Kiel University.
My main interests lie in hard X-ray microscopy with synchrotron radiation and free-electron lasers. I develop both instrumentation and methods for 3D imaging with various X-ray analytical techniques as contrast. Algorithmically, my focus lies on solving inverse problems in tomography …
Expertise in high-resolution scanning X-ray microscopy using different analytical contrast mechanisms.
Developer of the imaging modality electronCT based on Very High Energy Electrons (VHEE) and silicon sensors. I am a PostDoctoral researcher at DESY, Hamburg, developing silicon sensors, Monte-Carlo methods for the simulation of silicon sensors and their applications in imaging.
Head of Industrial AI at ZF Friedrichshafen AG
I am Software Developer at Service Unit "Modalities" and my subject of interest is image processing and its applications to remote sensing.
Development of novel refractive x-ray optics and x-ray beam metrology using coherent imaging methods.
I'm a physicist & data scientist pursuing my PhD on robust medical tissue classification with multispectral/hyperspectral imaging.
I am interested in the analysis of image modalities with special interest on machine learning and analysis workflows.
Group lead and deputy head at the Division of Computer Assisted Medical Interventions at the German Cancer Research Center (DKFZ). Interested in novel imaging methodologies (in particular photoacoustics and spectral imaging) and computer-assisted interventions aiming to improve interventional healthcare.
I am working on seismic imaging methods such as full waveform inversion or travel time tomography for applications in multi-agent systems for future space missions.
We use advanced microscopy techniques, to visualize viral and cellular nanostructures during the infection process.
I am an expert in microscopic Monte Carlo simulations of semiconductor imaging sensors and project leader of the Allpix Squared Generic Pixel Detector Simulation Framework.
CBCTEthosAdaptive Radiotherapy
