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Ulrich Vogt

It is now over 110 years since Wilhelm Conrad Röntgen took the first X-ray image of a human hand in 1895. Since then, X-rays have become an important tool in medicine, research and industry. This is because X-rays' ability to penetrate most materials and provide an image of various objects' "insides" without them needing to be opened up. Security checks on baggage at airports and medical X-ray investigations are just two of the everyday applications of this technology.  The smallest constituent part that can be distinguished on X-ray image is only a few millimetres in size, like a hole in a tooth. But more advanced X-ray technology can also be used to "see" much smaller things, even down to the level of individual atoms.

Ulrich Vogt's research is focused on a new X-ray microscope that can shine through complex objects with a high resolution. Together with his team, he is developing X-ray optics, X-ray instruments and new X-ray methods at special research facilities such as the new Swedish synchrotron light facility MAX IV in Lund.

Applications for this X-ray microscope can be found in all research fields, from chemistry and biology, to materials science and medicine.

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Page responsible:evenemang@kth.se
Belongs to: About KTH
Last changed: Dec 18, 2014
Anders Hultqvist
Annika Borgenstam
Anna Jensen
Anders Karlström
Björn Frostell
Dejan Kostic
Christian Gasser
Britt Östlund
Gunilla Efraimsson
Jakob Kuttenkeuler
Ines Lopez Arteaga
Hans Ringström
Jonas Faleskog
Per Brunsell
Ola Eiken
Mattias Dahl
Srinivasan Anand
Ulrich Vogt
Svetlana Ratynskaia
Svein Kleiven
Ulrika Knagenhielm-Karlsson