The DFG cited Pfeiffer's research in biomedical imaging, and in particular his pioneering work in X-ray phase-contrast imaging. His systematic approach has laid the foundation for applications of this technique in medicine and industry, where it is expected to deliver improved image contrast with lower doses of radiation. His research is recognized as having immense potential, from fundamental biophysical investigations to applications in medical imaging and diagnosis; it could bring about a marked shift in what is possible for mammography and computed tomography.
Before Pfeiffer's trail-blazing work, such X-ray phase-contrast imaging was only possible using the synchrotron X-ray sources available at large-scale research facilities. He developed a special methodology that made it possible to use normal X-ray sources for this purpose. He then showed that the newly developed approach could be combined with the methods of computed tomography to achieve previously unattainable levels of clarity and contrast in three-dimensional views into biomedical samples.
Particularly in the early detection of tumors, the analysis of phase-contrast information promises a marked improvement in diagnostic success, since the technique offers better contrast in soft tissue. To this end, the Center for Advanced Laser Applications (CALA) - a collaborative project of TUM and LMU -- has taken shape on the TUM campus Garching near Munich, with significant participation by physicist Pfeiffer and TUM Professor Michael Molls, a medical doctor. Molls is director of the Clinic for Radiation Therapy and Radiological Oncology at the university hospital Klinikum rechts der Isar.
TUM President Wolfgang A. Herrmann congratulated the new prize-winner: "You are not only one of our top scientists, but as a member of our Senate you also serve the overall development of the university. With your innovative contributions in X-ray physics, you are setting the direction for
|Contact: Patrick Regan|
Technische Universitaet Muenchen