List of Winners of the Roentgen Prize
Year |
Winners |
University/Institute |
Topic (incl. notes) |
2023 | Dr. Roy Shiloh |
Friedrich Alexander Univsity Erlangen-Nuremberg and The Hebrew University of Jerusalem | In recognition of his outstanding research on the topic 'Nanophotonic electron acceleration' |
2022 | Dr. Victoria Grinberg |
ESA | For her excellent work on x-ray binary stars and the phenomenon of matter transfer from one star to another via high-energy stellar winds. |
2021 | Dr. Dasha Elena Nelidova |
Institute of Molecular and Clinical Ophtalmology Basel | In recognition of the development of her pioneering treatment for age-related macular degeneration |
2020 | Dr. Jan Rothhardt |
Junior research group leader at the Helmholz Institute Jena and the Department of Applied Physics (Friederich Schiller University, Jena) | For his outstanding contributions in the field of laser technology, especially for developing and applying laser sources for extreme ultraviolet (XUV) radiation and soft x-rays |
2019 | PD Dr. Adriana Pálffy-Buß | Max Planck Institute for Nuclear Physics | In recognition of her outstanding contributions in the field of nuclear physics |
2018 | Dr. Lars von der Wense |
Ludwig Maximilians University Munich | To recognize his outstanding contributions in the field of nuclear physics |
2017 | Dr. Daniela Münzel |
Technical University Munich (TUM) | For outstanding contributions in the field of clinical diagnostic radiology |
2016 | Dr. Markus Schöffler |
Goethe University Frankfurt | For his groundbreaking coincidence experiments on the interaction of radiation with atoms and molecules |
2015 | Dr. Eleftherios Goulielmakis |
Garching, Max Planck Institute of Quantum Optics (MPQ) | To recognize his outstanding contributions in the field of attosecond physics and technology with weak x-rays |
2014 | PD Dr. Jörg Evers |
University of Heidelberg, Max Planck Institute of Nuclear Physics | Developing and verifying a foundational new quantum optic approach to describing x-ray dispersion on atomic nuclei in nanoscopic systems |
2013 | Technical University Darmstadt, Junior Professorship for Experimental Nuclear Physics | Significant contributions in elucidating the unexpected strength of virtual photon radiation in nucleus-nucleus collisions | |
2012 | Dr. Christoph Bostedt |
Stanford University, SLAC National Accelerator Laboratory |
Outstanding activity at the free electron lasers FLASH and LCLS |
2011 | Prof. Dr. Matthias Kling |
Garching, Max Planck Institute for Quantum Optics (MPQ) |
Groundbreaking work in the area of attosecond nanomicroscopy |
2010 shared |
Prof. Dr. Franz Pfeiffer and Dr. Christian David |
Technical University of Munich, Physics Department Villigen, Paul Scherrer Institute, Laboratory for Micro- and Nanotechnology (LMN) |
Methods of phase contrast X-rays using conventional X-ray tubes |
2009 | Dr. Till Nikolaij Jahnke |
Goethe University of Frankfurt, Institute for Nuclear Physics |
Groundbreaking contributions to research of the so-called interatomic coulombic decay (ICD) |
2008 | Prof. Dr. Birgit Kanngiesser |
Technical University of Berlin, Institute for Optics and Atomic Physics |
In recognition of their development of a new method to use X-rays in microstructure analytics |
2007 | Dr. Michael Köhl |
Cambridge, University of Cambridge |
Outstanding innovative contributions in the field of cold quantum gasses |
2006 | PD Dr. Thomas Udem |
Garching, Max Planck Institute for Quantum Optics |
Groundbreaking contributions towards implementing optical frequency comb techniques with the help of femtosecond lasers |
2005 | Dr. Thorsten Weber |
University of Frankfurt, Institute for Nuclear Physics |
Groundbreaking contributions in elucidating many-particle dynamics in fundamental atomic and molecular systems |
2004 | Dr. Simone Techert |
Göttingen, Max Planck Institute for Biophysical Chemistry |
Outstanding contributions to ultrafast dynamics in organic solid-state bodies with time-resolved X-ray scattering |
2003 | Dr. Hermann Andreas Dürr |
BESSY – Berlin Electron Storage Ring, Society for Synchrotron Radiation mbH, Berlin | Outstanding contributions to the microscopic characterization of thin magnetic layers and the usage of circular polarized X-rays |
2002 | Dr. Ulrich Schramm |
LMU Munich – Physics Section, Institute for Experimental Nuclear Physics, Garching |
Outstanding contributions to the generation of crystalline ion beams in storage rings |
2001 | Dr. Stefan Steinbacher |
Martinsried, Max Planck Institute for Biochemistry |
Structure clarification of biomolecules with X-ray crystallography |
2000 | Dr. Klaus Sengstock |
University of Hanover, Institute for Quantum Physics |
Outstanding contributions to linear and non-linear atomic optics |
1999 | Dr. Manfred Scholz |
GSI, Heidelberg, Radiological Clinic |
Outstanding contributions to basic research in biological radiation |
1998 | Dr. Rodrigo Supper |
Garching, Max Planck Institute for Extraterrestrial Physics |
Outstanding contributions to X-ray astronomy |
1997 | Dr. Andreas Tünnermann |
Laser Center of Hanover | Conceptualization and examination of novel laser radiation sources as well as application-oriented development of laser optics measurement techniques. |
1996 | Dr. Friedrich Aumayr |
TU Vienna, Institute for General Physics |
Outstanding contributions to ion-induced electron emission and to the development of X-ray lasers |
1995 | Dr. Thomas Stöhlker |
GSI Darmstadt | Outstanding contributions to X-ray spectroscopy on very heavy, highly charged ions |
1994 | Dr. Arne Kallenbach |
Garching, Max Planck Institute for Plasma Physics |
Outstanding contributions to plasma diagnostics in fusion research by using spectroscopic methods |
1993 | Dr. Ralph Bilger |
University of Tübingen, Physics Institute |
Investigation of scattering and the reactions of pions on nuclei |
1992 | Dr. Roland Wink |
Heidelberg, Max Planck Institute for Nuclear Physics |
Significant contributions to the success of the Gallex experiment, the first evidence of neutrino production via hydrogen fusion in the sun |
1991 | Dr. Werner Heil |
University of Mainz, Institute for Physics |
Investigation of parity violation in the electroweak interaction |
1990 | Dr. Hans Gerhard Börner |
Grenoble, Institute of Laue-Langevin |
Ultra-high resolution gamma spectroscopy with double-crystal spectrometers |
1989 shared |
Dr. Joachim Reinhardt and Prof. Dr. Gerhard Soff |
GSI Darmstadt University of Frankfurt |
Groundbreaking theoretical work in heavy ion atomic physics |
1988 | Dr. Walter Graeff |
Hamburg, DESY |
Excellent contributions towards using synchrotron radiation to depict coronary vessels with dichromography |
1987 | Prof. Dr. Reinhold Schuch |
Heidelberg, Max Planck Institute for Nuclear Physics, Oak Ridge National Laboratory |
Groundbreaking contributions to electron shell physics via analyses of decelerated, highly charged heavy ions |
1986 | Dr. Wolfgang Ertmer |
University of Bonn, Institute for Applied Physics |
Groundbreaking scientific and original works on decelerating atomic radiation with lasers |
1985 | PD Dr. Klaus Rith |
University of Freiburg, Physics Institute |
Scientific works and initiatives that led to the discovery of the European Muon Collaboration effect |
1984 | Frau Dr. Renata Patricia Virsik-Peukert |
University of Göttingen, Institute for Medical Physics and Biophysics |
Investigations of radiation-induced chromosome aberrations in human lymphocytes |
1983 | Dr. Gottfried Münzenberg |
GSI Darmstadt | Significant participation in the construction of the SHIP spectrometer and in the discovery of the elements Z=107 and Z=109 |
1982 | Dr. Thomas Walcher |
Heidelberg, Max Planck Institute for Nuclear Physics, CERN |
Discovery of giant quadrupole resonance in the atomic nucleus and other notable contributions to nuclear, heavy ion, and high energy physics |
1981 | Dr. Wolfram Bode |
Martinsried, Max Planck Institute for Biochemistry |
Work on X-ray structure analysis and the clarification of the relevant mechanism of action in the kallikrein complex |
1980 | Dr. Hartmut Backe |
TH Darmstadt, Institute for Nuclear Physics |
Groundbreaking investigations to validate positron emission by colliding uranium nuclei at high speeds |
1979 | Prof Dr. Claus Rolfs |
University of Münster, Institute for Nuclear Physics |
Groundbreaking investigations to explain astrophysical questions by measuring nuclear reactions with low energies |
1978 | Prof. Dr. Jürgen Andrä |
FU Berlin, Institute for Atomic and Solid-State Physics |
Investigations of electron shells from atomic and ionized particles after foil stimulation |
1977 shared |
Prof. Dr. Wolfgang Junge, Prof. Dr. Roland Reich, and Prof. Dr. Bernd Rumberg |
Berlin |
Photosynthesis |
1976 | Prof. Dr. B. Ziegler |
University of Mainz, Institute for Nuclear Physics |
Photon scattering on nuclei |
1975 shared |
Dr. Frans W. Saris, Dr. Paul H. Mokler, and Dr. Bernd Müller |
Amsterdam, FOM Institute for Atomic and Molecular Physics GSI Darmstadt University of Frankfurt, Institute for Theoretical Physics |
Research in the field of molecular X-rays |
1968 to 1970 |
Dr. Gerhard Backenstoss Dr. Till A. Kirsten Dr. Ernst Stuhlinger |
University of Karlsruhe, CERN Heidelberg, Max Planck Institute for Nuclear Physics USA, NASA |
Outstanding work on antiproton and sigma atoms, especially regarding their X-ray emissions Discovery of double beta decay of the atomic nucleus Se-82 and Te-130 as well as determining the half life of both decays Pioneering work in space travel |
1967 | PD Dr. Otto Schult |
Munich | Gamma radiation absorption of nuclei |
1965 shared |
Dr. Gianfranco Bologna, Dr. Uwe Timm, and Dipl. Ing. Gerhard Lutz |
Hamburg, DESY |
Generating coherent, high-grade polarized photons at the GeV level |
1964 shared |
PD Dr. Ulrich Hagen and Prof. Dr. Robert Koch |
Karlsruhe Freiburg |
Radiation biology |
1963 | Dr. Theo Mayer-Kuckuk |
Heidelberg | |
1962 | Dr. Günther Clausnitzer |
University of Erlangen, Institute for Experimental Physics |
Generating the radiation of spin-polarized protons |
1961 | Dr. Rudolf L. Mössbauer* |
TU Munich, Physics Department |
Mössbauer Effect *Nobel Prize in Physics in the same year |
1960 | Dr. h.c. John B. Adams |
Geneva, CERN |
As the CERN Director, was responsible for the proton synchrotron |