We use advanced microscopy techniques, to visualize viral and cellular nanostructures during the infection process.

I use X-Ray Absorption Microscopy (XAM) in full-field mode to measure concentration profiles in battery electrolytes. I am interested in doing it at synchrotron and lab sources.

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.

CBCT
Ethos
Adaptive Radiotherapy

I'm a Helmholtz AI consultant at HZDR with a background in math and biostatistics. I did my PhD working on developing deep-learning-based computer vision applications for the personalization of cancer treatment mainly using CT imaging data in combination with approaches …

I am an marine scientist and, together with collaborators from the Netherlands and US, deploy deep-sea camera systems to film deep-sea cephalopods in their natural habitat.
We use an autonmous, ultra-low-light video imagaing system, called "NAUTILUS" designed by Arctic Rays …

My research focus is MRI sequence development at 3 Tesla and 7 Tesla, probing for neurodegeneration with high sensitivity and resolution, and the development of high-throughput and high-quality neuroimaging protocols for large-scale patient and population studies.

I am working in radiobiology on preclinical research questions regarding proton brain radiotherapy. For this, I am using medical imaging and microscopy.

I am interested in physics-based vision, e.g. reflection or refraction. I did my PhD in light field imaging, which, in nutshell can be understood as a densely sampled views, which allows interesting processing tasks like reconstruction of scene's geometry from …

In situ imaging of marine animals (e.g. zooplankton)
Application of imaging tools for ecological research
Development of novel imaging technology

I'm a marine chemical ecologist/analytical chemist who focuses on the structural elucidation and visualization of metabolites that drive interactions between marine organisms.

I'm an electronics Engineer and love to develop and work with Camerasystems. Since 2018 i'm working in Jan Tauchers Plancton Imaging Group at the Geomar Helmholtzcenter Kiel, where we are devloping the PIScO Camerasystem.

I am a biologist and marine biogeochemist by training. My current work focuses on Arctic marine phytoplankton. We use an AMNIS ImageStream Imaging Flow Cytometer to generate high thoughput, high quality phytoplankton imaging datasets. By combining Imaging Flow Cytometry and …

postdoc--coastal science

Project Manager of the Global Seagrass Watch, developing and commercializing calable coastal ecosystem accounting through contemporary remote sensing for impactful natural climate solutions.

foundation model adaptation, active learning, failure detection

Data Scientist at Applied Computer Vision Lab.

PostDoc researcher working in medical image analysis using computer vision and deep learning techniques.

Head of the IPS/LAS BioLab at KIT; coordinator for biological imaging and the institute's activities in the research topic “Building Blocks of Life” of the Helmholtz program “From Matter to Materials and Life” (MML).

My research interests include insect functional …

I apply machine-learning tools to automatically extract biologically relevant features from plankton images. Combining human and artificial intelligence, I investigate the complex relationships between plankton community composition, biodiversity, carbon fluxes and environmental conditions. I am particularly interested in examining the …

I'm working at the intersection of neuroscience, psychology, computer science and data science, and I am interested in open and reproducible science, open source software, research software engineering, and data management.

PhD student in Computational Pathology working on domain generalization of histopathology data

Imaging expert with a focus on neuroimmunology. Specific interest in fluorine (19F) MRI. Expertise in preclinical MR imaging, theranostics and animal models. Interest in both preclinical and clinical MRI data acquisition and analysis.

Interests: automatic segmentation; anatomical structures; multi-label segmentation; clinical target volume delineation; lymph-node-level segmentation; expert guidelines; head and neck cancer; dynamical low-rank approximation