The article covers a wide range of very different aspects, the understanding of which outlines the major challenges of current physics. These span from the unsolved mystery behind dark energy, which determines
Therapy (PBT) research by combining the resourses of clinical and research partners, as well as the major manufacturers of proton therapy equipment (Varian and IBA). Through INSPIRE, existing PBT centres [...] collaboration, rather than just the provision of a service. The TNA provides the integration of the major scientific equipment and research facilities associated with PBT and access to data and software systems
customized versions of the treatment that was first used at GSI in Darmstadt 25 years ago. GSI played a major role in the development of these three facilities. In the meantime, the three-dimensional scanning [...] ion beams is a very precise and highly effective, yet extremely gentle, therapeutic process. The major advantage of this method is that the ion beams, which have previously been brought to very high speeds
in many ways, based on common research interests and numerous cooperation agreements. To meet the major challenges of the 21st century and work together on new solutions, however, requires closer cooperation: [...] now joined forces and set up the Frankfurt Alliance, which is comprised of institutes from the four major scientific organizations in the Frankfurt/Rhine-Main metropolitan region, one federal institution
crucial to tag the momentum of the ion/fragment beam. A GEM-TPC detector, whose design combines two major concepts in modern gas-filled detectors, the Time Projection Chamber (TPC) and the Gas Electron M
209Bi Beam at the UNILAC 2020 Machine investigations with 209Bi- and proton-beam at the GSI-UNILAC Major commissioning and Beam study review CRYRING@ESR intensities and transport efficiency for the 2020
Antiproton and Ion research (FAIR) the New experimental Storage Ring (NESR) was intended to be the major experimental site for the investigation of electron-ion collisions. Within the modularized start version
motion compensation as used in photon radiotherapy. The finite range of ion beams in matter is a major advantage, but also require precise knowledge of the radiological pathlength to the target tissue
Gottfried Münzenberg passed away on January 2, 2024 at the age of 83. Gottfried Münzenberg had a major influence on various areas of modern nuclear physics and leaves behind a significant scientific legacy
indicated that the yet unknown masses for nuclei around the WP nucleus 64 Ge (Z = 32) are presently a major source of uncertainty in modelling the rp-process nucleosynthesis. A group of scientists have now [...] masses of such short-lived species with vanishingly small production rates demonstrated here is a major achievement,” describes Professor Yuri Litvinov, head of the ASTRUm Group at GSI in Darmstadt, the
Wed, August 28, 2024 | 2 p.m. Kosmische Alchemie der Elemente – Die ersten 14 Milliarden Jahre des Universums Karlheinz Langanke, GSI/FAIR Registration and further information