Feb. 07, 2013
X-ray microscopy requires radiation of extremely high quality. In order to obtain sharp images instrument and sample must stay absolutely immobile even at the nanometer scale during the recording. Researchers at the Technische Universitaet Muenchen and the Paul Scherrer Institute in Villigen (Switzerland), have now developed a method that relaxes these hard restrictions. Even fluctuations in the material can be visualized. Results are published in Nature.
moreJul. 30, 2012
A novel X-ray microscope at DESY offers the world's sharpest X-ray vision: Thanks to the extraordinary brilliance of DESY's X-ray source PETRA III, this microscope is able to resolve details as small as ten nanometres - which is about ten thousand times thinner than a human hair. Only few facilities worldwide are able to reach a comparable optical resolution.
moreDec. 27, 2010
Minimisation of the geometric restrictions and image infidelities imposed by imperfect physical focussing devices has been the subject of microscopy research for many decades, as has the development of ways to recover information-rich phase data lost by detectors that are sensitive only to illumination intensity.
moreOct. 21, 2010
We know a wide variety of X-ray applications in everyday life. For example, medical X-rays or baggage screening at airports allow non-destructive insights into the interior of objects.
moreDec. 09, 2009
An ultra-high-resolution imaging technique using X-ray diffraction is a step closer to fulfilling its promise as a window on nanometer-scale structures in biological samples. In the Proceedings of the National Academy of Sciences, researchers report progress in applying an approach to "lensless" X-ray microscopy that they introduced one year ago. They have produced the first images, using this technique, of biological cells - specifically the intriguing polyextremophile Deinococcus radiourans.