Starting now: Helmholtz Imaging Conference #HIConference2023; introduction by Christian Schroer and Dagmar Kainmüller.
We need to understand #nature to develop solutions:
Detailed biological, chemical, and physical quantities as a function of space and time
\Rightarrow imaging.
Make synergetic use of different modalities.
Concept I: Holistic view on #imaging? From #data to #knowledge.
Concept II: Bringing experts along the imaging / #analysis pipeline together.
Tom Kwasnitschka, GEOMAR: Virtual Fieldwork on the Seafloor: Understanding the oceans through digital technologies and robotics (remote from Canada)
More than 50% of earth's surface are at heights between -6000 and -2000 metres relative to sea level. “So we have to dive a lot.”
(Slide on display: showing the scientific workflow.)
Simon Schneegans, DLR: CosmoScout VR – Interactive Visualization of Large-Scale Terrain Data
https://github.com/cosmoscout/cosmoscout-vr
Nasa's SPICE library
Level-of-Detail #Rendering; hierarchical caching of data
map projection: HEAPix (Hierarchical Equal Area isoLatitude Pixelation):
recursive subdivision with no singularities on the sphere
:milky_way: A virtual universe which lets you explore, analyze and present huge planetary datasets and large simulation data in real-time. - cosmoscout/cosmoscout-vr
Natalia Shevchenko, HZDR: Visualisation of flow effects in liquid and solidified metals
melt flow effect on Indium dendrite growth, live-imaging using #xray absorption / #radiography; in-situ, forced convection, magnetic fields
Olaf Kolditz, UFZ: Framework for Interactive Visualisation Studies – Methods, Tools, Applications
www.ufz.de/vislab
https://www.eurovis.org/
… and then #coffee break @ #HIConference2023
Deborah Schmidt, Max Delbrück Center: Staring at beta cells - volumetric data rendering
https://www.mdc-berlin.de/de/news/news/image-data-analysis-deborah-schmidt-pixel-mit-geschichten
„Bild einer insulinproduzierenden Beta-Zelle der #Bauchspeicheldrüse: Ein Computerprogramm lernte, wie eine Beta-Zelle aussehen könnte und rekonstruierte sie erstmals in 3D.“
Bild: aus https://doi.org/10.1083/jcb.202010039
Markus Osterhoff