"The fish tail scan, taken in water, was reportedly indistinguishable from an image taken in air."
New Glass Scintillator Boosts X-Ray Imaging, Even Under Water
A team of researchers has developed a new glass-based scintillator that converts X-rays into visible light with significantly improved efficiency. This breakthrough material combines nanoclusters of copper, iodine, and an organic ligand within glass, achieving a unique balance between the moldability of plastic and the high-performance imaging of rigid crystals.
During tests, the scintillator captured detailed X-ray images of a memory card, a bug, and a fish tail in water. The fish tail scan, taken while submerged, was reportedly indistinguishable from an image taken in air, indicating exceptional performance under challenging wet conditions.
Key Insights from the Researchers
Osman Bakr, a corresponding author, stated that higher conversion efficiency leads to clearer images and allows for lower radiation doses—a critical advancement for medical and security applications.
Mehmet Bayindir described the material as a "quantum glass," occupying an optimal structural range between individual molecules and larger nanocrystals.
Bashir Hasanov, the first author, highlighted the material's practicality, noting that the screen can be molded like plastic while maintaining the imaging capabilities of rigid crystals, potentially enabling curved X-ray diagnostics for specialized applications.