Coherent Imaging Division

The Coherent Imaging Division develops innovative methods for imaging with the use of X-ray Free Electron Laser (XFEL) and synchrotron sources, with an emphasis on bioparticles and macromolecules. The determination of the structure of such objects is particularly sensitive to radiation damage, which we aim to overcome by using ultrafast X-ray pulses that outrun this damage. Instrumentation such as detectors, optics, and particle delivery systems, are being developed to suit the needs of X-ray imaging experiments. Algorithms and software tools have been developed to process large volumes of data that are collected during such experiments. Our methods offer new opportunities for examining biological particles whose molecular function is unknown, providing valuable insights into disease and drug design.




Our research addresses the following areas:


In addition, the Coherent Imaging Division has an independent research group, Controlled Molecule Imaging, led by Prof. Dr. Jochen K├╝pper


X-ray diffraction scheme

Experimental set-up for atomic resolution images based on single pulse diffraction patterns using the radiation of free-electron laser (FEL) sources such as FLASH in Hamburg (Germany) or LCLS in Stanford (USA).

 

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17. December 2013
European Research Council grants 14 million euros for novel research

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