Researchers have developed an advanced X-ray system that utilizes a new glass scintillator to produce high-resolution images with significantly less radiation exposure. The scintillator, which converts X-rays into visible light, has been enhanced by incorporating nanoclusters of copper, iodine, and an organic ligand, resulting in clearer images. This innovative system is capable of functioning underwater, as demonstrated by successful imaging of a fish's tail, achieving results comparable to those taken in air. The glass can be molded into curved shapes, which could revolutionize mammography by eliminating the discomfort caused by flat panel compression. According to Osman Bakr, one of the study's authors, this technology may encourage more patients to participate in life-saving screenings by mitigating discomfort. The researchers believe that these advancements could lead to safer and more frequent diagnostic procedures, facilitating earlier detection of conditions such as cancer. The findings were published in the journal ACS Energy Letters.