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Natural sciences
- Applied aspects of nuclear physics
- Hydrogeology
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Humanities and the arts
- Heritage and cultural conservation
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Engineering and technology
- Computer vision
- Image and language processing
With this project, we aim to acquire a photon-counting multi-line detector with large width and high lateral pixel count. It will enable us to achieve ultra-high resolution tomography slices, and to do this for objects that are too large for our current hardware. Developing new methods for multi-sensor merging will enable us to provide extremely detailed 3D images from large objects. Additionally, the specific properties of a photon-counting detector, notably the spectral capabilities, will give us the opportunity to explore methods to exploit the polychromatic nature of our X-ray sources and investigate and perform true dual-energy imaging at our facility. As such, this infrastructure will offer unique capabilities to the UGent Centre for X-ray tomography (UGCT), enabling a large number of new research capabilities in numerous research areas, as shown by several letters of interest. The requested infrastructure will thus benefit the consortium, the University community and beyond.