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to two orders of magnitude increase in the available coherent X-ray flux. This primarily benefits techniques like coherent diffraction imaging (CDI), holo-tomography, ptychography which can image samples
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for scanning diffraction and fluorescence mapping experiments. Your role We are now looking for a temporary researcher with a background in (coherent) scanning probe-based x-ray techniques to join the NanoMAX
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diffraction and fluorescence mapping experiments. Your role We are now looking for a temporary researcher with a background in (coherent) scanning probe-based x-ray techniques to join the NanoMAX team. Together
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position in their career and are aiming for an academic career in research. The core of the experimental research utilizes X-ray technologies, primarily tomography but diffraction and spectral techniques
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career in research. The core of the experimental research utilizes X-ray technologies, primarily tomography but diffraction and spectral techniques are also of relevance. At Luleå University of Technology