Conveners
Thematic Session: Data Acquisiton / Image Format - part III
- Christian Schroer (DESY)
Description
Six talks, 15 min. each
Capturing the calving front motion is critical for simulations of ice shelves and tidewater glaciers. Multiple physical processes, including sliding, water pressure and failure need to be understood to accurately model the front. Calving is particularly challenging due to its discontinuous nature and modellers require more tools to examine it.
A common technique for capturing the front in...
Cell polarity involves the asymmetric distribution of cellular components such as signaling molecules and organelles within a cell, asymmetries of a cell's shape as well as contacts with neighbouring cells. Gradients and mechanical forces often act as global cues that bias cell polarity and orientation, and polarity is coordinated by communication between adjacent cells.
Advances in...
Bioimaging merges microscopy, biology, and computation for single molecule to organism-level study. High-content screening (HCS) automates analysis, aiding in understanding cellular processes and drug development. Managing metadata is a challenge. NFDI4BioImaging aims to enhance FAIR principles in bioimaging. We propose a workflow for zebrafish larvae images, enriching metadata and uploading...
Bridging the gap between the novel advancements in deep learning and computer vision and the pressing challenges in energy materials research is as crucial as the individual pursuits in both domains. Particularly relevant are those innovative techniques in energy materials characterization, where rapid progress is essential to address the current global energy challenges. In the "UTILE:...
LINAC-integrated real-time 3D imaging is the missing puzzle needed for safe dose escalation in lung cancer treatments, particularly when tumors are near toxicity-sensitive healthy structures. Machine learning and its development pace are promising in approximating or even predicting the motion patterns in individual patients based on available 2D cineMR scans. Accurate predictons about future...
Polar ice cores are invaluable archives of our climate past but retrieving climate signals from the oldest and highly thinned ice remains a challenge. A breakthrough can come from imaging the impurity distribution in ice using laser-ablation inductively-coupled plasma mass spectrometry (LA-ICP-MS), but dedicated expertise in image analysis is urgently needed.
Here we are illustrating this...
