Overview
- The peer‑reviewed study published in ACS Energy Letters was released on Wednesday, May 27, 2026, and reports laboratory demonstrations claiming sub‑3‑micrometer spatial resolution with the new glass scintillator.
- The material is a nanocluster‑doped glass that embeds copper, iodine, and an organic ligand to convert X‑rays into bright visible light more efficiently than standard scintillators.
- When heated to about 42°C the glass becomes soft and moldable, allowing researchers to form curved, conformal X‑ray screens that could fit a patient’s anatomy.
- Lab tests captured detailed images of a memory card and an insect, and produced an underwater scan of a fish tail indistinguishable from an air scan, showing performance in varied environments and at reduced dose.
- The paper lists funding from KAUST and the Alexander von Humboldt Foundation and discloses an author’s role in Quantum Solutions; the team says engineering, scale‑up, clinical validation, and regulatory review are still needed before commercial or medical use.