China team brings X-ray vision to life with a compact high-speed ghost video cam
Chinese scientists have developed a new tabletop X-ray ghost imaging method capable of capturing real-time "see-through" video of fast-moving objects. This system, described in the journal Communications Physics, utilizes a conventional tabletop X-ray source, offering a simpler and potentially less expensive setup than traditional methods.

Briefing Summary
AI-generatedChinese scientists have developed a new tabletop X-ray ghost imaging method capable of capturing real-time "see-through" video of fast-moving objects. This system, described in the journal Communications Physics, utilizes a conventional tabletop X-ray source, offering a simpler and potentially less expensive setup than traditional methods. The technology could be applied to dynamic objects like rotating aircraft engines or biological movements such as a beating heart, with a lower radiation dose. Researchers from the Chinese Academy of Sciences and Shanghai Jiao Tong University believe their method has significant potential for both medical imaging and non-destructive inspection of moving mechanical parts.
Article analysis
Model · rule-basedKey claims
5 extractedThe method has great potential for medical imaging and non-destructive imaging of moving mechanical components.
The method can be implemented with a conventional tabletop X-ray source, is simple, relatively inexpensive, and easy to operate.
The method uses a lower radiation dose and simpler set-up than traditional X-ray methods.
The system can capture dynamic objects like rotating aircraft engines or biological movements such as a beating heart.
Chinese scientists developed a new tabletop X-ray ghost imaging method for real-time "see-through" video of fast-moving objects.