Multimodal X-Ray Tomography Unveils Hierarchical Load Sharing in Spinal Collagen Networks
A new synchrotron imaging technique called TomoSAXS maps how nanoscale collagen fibrils and microscale fibres work together to sustain load ...
A new synchrotron imaging technique called TomoSAXS maps how nanoscale collagen fibrils and microscale fibres work together to sustain load ...
Researchers have established metrology for attosecond hard X-ray pulses using a split-delay line, directly measuring an average pulse duration of ...
A quantitative modeling study shows that reducing medical X-ray dose by eighty percent requires moderate detector sensitivity paired with strict ...
Model simulations demonstrate that compact laser-plasma particle accelerators can generate bright water-window X-rays for high-resolution biological imaging at a fraction ...
Researchers established a correlative imaging workflow combining X-ray microscopy and transmission electron microscopy to precisely target and examine the ultrastructure ...
Researchers at TU Wien and UC San Diego have created the first continuously tunable X-ray harmonic source, sliding smoothly between ...
An adaptive porosity-based segmentation method called Smart Threshold replaces fixed thresholds in apple CT imaging, revealing cultivar-specific tissue architecture and ...
A new Frontiers in Imaging guideline integrates micro-CT and histology into one standardized workflow for assessing bone defect repair in ...
Argonne researchers introduce asynchronous checkpointing and lazy load redistribution that cut failure impact in distributed X-ray tomography workflows by up ...
Every year, thousands of patients with early-stage breast cancer undergo surgery that removes the tumor along with a rim of ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine