Capturing the
world of science.

Unlock

the potential of imaging in the Helmholtz Association across all research domains and along the entire imaging pipeline.

Improve

leverage and accessibility of the innovative imaging modalities, applications and data treasures.

Enable

the delivery of generalizable imaging solutions.

News, Events & Jobs


This image resembles an abstract mosaic or painting. It is composed of many irregular, crystal-like shapes in vivid shades of pink, yellow, turquoise, orange, blue, and black. The fragmented patterns create a textured appearance similar to stained glass or cracked ice illuminated by polarized light. What you can see here is a longitudinal thin section of a sea ice core. It has the size of approximal 8 cm x 8 cm. This thin section is made out of a 7-8 mm thick slice of an ice core form the Arctic sea ice, glued with water on a glass plate and processed by a microtome to a very thin layer of < 1 mm. To make the crystal structure of the individual sea ice crystals visible, the glass plate is illuminated with polarized light. Here we see a typical pattern for the so-called granular ice. That means the ice has grown under “rough”, maybe windy, conditions. The knowledge of the crystal structure of the sea ice is important to better understand and to model the light transition through the sea ice into the ocean, which is, for example, of relevance for the phytoplankton growth in the Arctic Ocean.
Image: Anja Rösel, DLR & Polona Itkin, UiT - The Arctic University of Norway | info

Helmholtz Imaging contributes to two Excellence Clusters in Hamburg

From uncovering hidden ancient texts with mobile X-ray imaging to studying sustainable water-driven materials, two Excellence Clusters in Hamburg showcase how advanced imaging enables interdisciplinary research across the humanities, natural sciences, and engineering.
Promotional graphic for the Best Scientific Images 2026 call, showing a black background with past winning images arranged in triangular shapes. One triangle displays a question mark, symbolizing the search for the next winning image.
Image: Katharina Kriegel, DESY | info

Best Scientific Image Contest 2026: Call for Submissions

Extended deadline: Submit your best scientific images by May 13, 2026 for a chance to win best image in one of the three categories Jury Award, Public Choice Award & Participants’ Choice Award, and exciting prizes including €4,500 in total prize money. Show us what your research looks like!
Hyperspectral data cube symbolizing the general remote sensing and hyperspectral imagery domains
Image: Aaron Christian Banze | info

NEW on CONNECT: Estimating Soil Properties from Satellite Data with Explainable AI

How can we accurately and transparently predict soil nutrients from space? A new CONNECT blog post presents Hype-Spectral, a top-performing approach combining hyperspectral imagery and explainable AI.

Portfolio


Support Hub

The Support Hub is your gateway to the world of Helmholtz Imaging! Simply send an e-mail to support@helmholtz-imaging.de and we will help you out. Any request is welcome, whether it is a question about administrative or imaging-related matters, consulting requests, project support, Helmholtz Imaging Collaborations or access to our portfolio.

CONNECT

Helmholtz Imaging CONNECT is the heart of the Helmholtz Imaging Network. Get to know the imaging experts from the Helmholtz Association, explore the amazing portfolio of cutting-edge instruments from satellites to synchrotrons, dive into the exciting world of imaging applications. Helmholtz Imaging CONNECT facilitates finding partners and collaborators for innovative projects, with just the right complementary expertise necessary to conduct research for grand challenges.

We want you! If you are affiliated to one of the Helmholtz Centers, we invite you to add your profile, your modalities and your applications to the website. Be Helmholtz Imaging!

Collaborations

Struggling with an imaging-related project? Apply for a Helmholtz Imaging Collaboration and tap into the expertise of Helmholtz Imaging! Collaborations enable you to team up with one of our units for an elongated period of time (up to 6 months or even longer) to work on a project together. Whether you require support in (AI-based) image analysis, image reconstruction, annotation, data management, software solutions, addressing inverse problems, developing novel imaging modalities, 3D visualization and more – we are your partner.

Solutions

Helmholtz Imaging Solutions provide software driven strategies for solving common problems across imaging domains and tools. In reality, being aware of a software solution for a scientific problem is often followed by a time-consuming process of figuring out how to install the specific tool and how to precisely use it to reproduce a published result. We provide a framework to unify and simplify this process. Additionally, we curate a catalog of Helmholtz Imaging Solutions developed within our community.


Projects

Helmholtz Imaging Projects are granted to cross-disciplinary research teams that identify innovative research topics at the intersection of imaging and information & data science, initiate cross-cutting research collaborations, and thus underpin the growth of the Helmholtz Imaging network. Discover our outstanding projects or apply for the annual call.

Publications

Helmholtz Imaging captures the world of science. Discover unique data sets, ready-to-use software tools, and top-level research papers.

The platform’s output originates from our research groups as well as from projects funded by us, theses supervised by us and collaborations initiated through us. Altogether, our publications showcase the whole diversity of Helmholtz Imaging.

The image shows a dark background with bright, glowing structures in red, blue, and green. In the center, there is a large cluster of rounded red shapes, while thick, branching blue strands run diagonally and horizontally across the image, weaving around the red cluster. Thin, scattered green lines and small green spots are spread throughout, creating a tangled, web-like pattern around the other colored structures.
Image: Frank Winkler, DKFZ | info

Highlight Projects


Visual for UQOB; Creating a benchmark dataset for object-detection and Uncertainty Quantification (UQ) in a multi-rater setting, to address annotation variability and AI model evaluation.
info

UQOB – Uncertainty Quantification in Object-detection Benchmark

Creating a benchmark dataset for object-detection and Uncertainty Quantification (UQ) in a multi-rater setting, to address annotation variability and AI model evaluation.
Visual for GRIDMARK; Transforming energy systems toward climate neutrality: Distribution grids have the potential to be catalysts for the energy transition. Unfortunately, most Distribution System Operators lack the resources to fully monitor their systems. Therefore, there is an urgent need for more high-quality data, particularly to develop and test machine learning models.
info

GRIDMARK – Generating Reproducible Insights through Data Benchmarking for AI in Energy Systems

Transforming energy systems toward climate neutrality: Distribution grids have the potential to be catalysts for the energy transition. Unfortunately, most Distribution System Operators lack the resources to fully monitor their systems. Therefore, there is an urgent need for more high-quality data, particularly to develop and test machine learning models.
BSIC 2023 contribution by Sebastian Dupraz (AG Bradke), DZNE; title: Stranger in the mirror
Image: Sebastian Dupraz (AG Bradke), DZNE | info

Spatio-temporal inverse approaches for EEG/MEG reconstruction of neural networks in the human brain

This project aims to develop novel methods for reconstructing brain activity from dynamic EEG and MEG measurements. By using realistic, individualized finite element models and advanced regularization techniques, including machine learning, we seek to solve this inverse problem in real patient settings, ultimately improving the diagnosis and treatment of medication-resistant focal epilepsy.

About us


Group photo of the Helmholtz Imaging team
Image: Knut Sander, Helmholtz Imaging, DESY | info

Helmholtz Imaging’s mission is to unlock the potential of imaging in the Helmholtz Association. Image data provide a substantial part of data being generated in scientific research. Helmholtz Imaging is the overarching platform to better leverage and make accessible to everyone the innovative modalities, methodological richness, and data treasures of the Helmholtz Association.

For us, imaging is the whole process from data acquisition and data preparation to data management and data analysis. For this reason, we feel that the anchoring at the three host centers DESY, DKFZ and MDC is optimal to serve the entire imaging pipeline and jointly generate the greatest possible added value for the entire association. We are dedicated to making Helmholtz Imaging an internationally visible platform for imaging research.

Helmholtz Imaging is one of five platforms (HIDA, HIFIS, Helmholtz.AI and HMC) initiated by the Helmholtz Information & Data Science Incubator.

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