China team brings X-ray vision to life with a compact high-speed ghost video cam

A team of Chinese scientists has achieved a significant breakthrough in imaging technology, developing a novel tabletop X-ray ghost imaging method. This innovation allows for the capture of real-time "see-through" video of objects in motion, a capability previously limited by complex and high-radiation equipment.

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In contrast to other available X-ray imaging techniques for moving objects, our method can be implemented with a conventional tabletop X-ray source.

The newly developed system is designed to image dynamic subjects, such as the intricate movements within rotating aircraft engines or the biological processes of a beating heart. A key advantage highlighted by the researchers is the system's ability to achieve this with a considerably lower radiation dose compared to conventional X-ray techniques. Furthermore, the setup is described as simpler and more cost-effective.

"In contrast to other available X-ray imaging techniques for moving objects, our method can be implemented with a conventional tabletop X-ray source," the research team stated in their paper published in the journal Communications Physics on August 15. They further emphasized that "The set-up is simple, relatively inexpensive and easy to operate."

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The set-up is simple, relatively inexpensive and easy to operate.

The researchers, affiliated with the Chinese Academy of Sciences and Shanghai Jiao Tong University, believe their ghost imaging method holds "great potential" for a variety of applications. These include advancements in medical imaging, offering a less invasive way to observe internal bodily functions, as well as in non-destructive imaging of moving mechanical components, which could revolutionize industrial inspection and maintenance.

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great potential