Explainable AI classifies origins of 52 historic blue bricks
An explainable machine-learning framework classified 52 historic blue bricks among five regional groups with 95% test accuracy using spectral and ...
An explainable machine-learning framework classified 52 historic blue bricks among five regional groups with 95% test accuracy using spectral and ...
Cryogenic X-ray fluorescence nanoanalysis reveals that three rhenium anticancer drug candidates with different targeting ligands distribute nearly identically inside cancer ...
Researchers at Bar-Ilan University and collaborating institutions have developed a structured-illumination X-ray fluorescence technique that reconstructs three-dimensional chemical maps 43 ...
A new workflow adapts X-ray fluorescence core scanning to fractured basalt cores, delivering fast, calibrated, high-resolution chemistry that outperforms traditional ...
A 5,000-year sediment record from southwestern Greenland shows that positive phases of the North Atlantic Oscillation have consistently brought cooler, ...
Researchers combined simultaneous synchrotron SAXS, WAXS and XRF measurements with supervised machine learning to non-destructively classify palm-leaf manuscripts by processing ...
Researchers combined PCA, cluster analysis, and a validated Python workflow to reveal distinct radioactive chemofacies in the Permian Irati Formation ...
Rutgers researchers working with community scientists in East Trenton, New Jersey, found that lead-contaminated soil tracked indoors can create hazardous ...
Berkeley and NIST researchers created, burned and X-ray scanned modern papyrus scrolls, showing that even tiny amounts of lead in ...
Researchers recreated carbonized papyrus scrolls in the laboratory and showed that lead-detecting X-ray methods combined with AI can reveal hidden ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine