Lensless X-Ray Holotomography Goes Gigavoxel Scale While Taming Multiple Scattering
A new multiple-scattering-aware, lensless holotomography framework achieves quantitative gigavoxel-scale X-ray phase tomography of thick specimens.
A new multiple-scattering-aware, lensless holotomography framework achieves quantitative gigavoxel-scale X-ray phase tomography of thick specimens.
A deep learning analysis of abdominal CT scans shows that where the body stores fat, not overall weight, predicts survival ...
Turkish researchers used 3D reconstructions of computed tomography scans to show that simple mandibular measurements can estimate sex with cross-validated ...
A new CT study of 92 Australian adults tests three classic forensic nose estimation rules, finding substantial individual errors and ...
A machine learning radiomics approach that maps internal tumor habitats on venous-phase CT scans accurately distinguishes retroperitoneal dedifferentiated liposarcoma from ...
A Finnish study of 249 patients aged 70 or older finds that temporal muscle thickness measured on CT is not ...
A Japanese case report shows that an abrupt decline in HeartMate 3 pump flow can be the earliest warning of ...
Veterinarians at Colorado State University report a rare case of canine T-cell lymphoma with extensive skeletal muscle involvement and aberrant ...
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© 2026 Scienmag - Science Magazine