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Overview of relevant funding programs. Public Calls for Proposals. Go-Bio Initial: With the GO-Bio initial funding measure, the BMBF supports the identification and development of early life science research approaches with recognizable innovation potential, more info.
- Accelerators For Photon Science
- Particle Physics
- Astroparticle Physics
- Accelerator R&D
- Other Facilities
PETRA III:DESY operates one of the brightest storage ring X-ray radiation sources in the world.PETRA IV: The storage ring PETRA is to be expanded into the world’s most powerful synchrotron radiation source.FLASH:The free-electron laser generates ultrashort-pulse X-ray laser light.FLASH2020+:The upgrade project makes the FLASH free-electron laser even more flexible and powerful.LHC: The Large Hadron Collider at the CERN research centre near Geneva is the world’s most powerful accelerator.Belle II:The experiment at the SuperKEKB accelerator in Japan is used for research with B mesons.ALPS II:The experiment searches for extremely light particles.H.E.S.S.:The observatory in Namibia explores cosmic gamma rays.CTAO: The observatory will investigate high-energy gamma rays from space.ULTRASAT: The satellite will observe space in ultraviolet light.IceCube: The telescope at the South Pole is looking for cosmic neutrinos.FLASHForward: The electron bunches of FLASH are used to explore particle-driven plasma acceleration.LUX:LUX is used to investigate and further develop laser-driven plasma acceleration.KALDERA: The high-power laser will make plasma accelerators competitive.SINBAD/ATHENA: SINBAD and ATHENA offer unique infrastructures for the development of novel accelerators.DESY test beam:Groups from all over the world use the DESY test beam to check detector components.DAF: Complex components for the LHC detectors ATLAS and CMS are being built and tested in the Detector Assembly Facility.IDAF:The Interdisciplinary Data and Analysis Facility offers extensive computing capacities for research at DESY.The difference: The DSF seeks to support excellent and risky scientific approaches and questions. The DGP on the other hand supports research projects, with a high market potential and can drive innovations for industry and society in a more immediate future.
Research at DESY focuses on four areas: accelerators, photon science, particle physics and astroparticle physics. Accelerators. Speed machines for top performance. Particle accelerators are among the most important tools for research.
DESY's research infrastructure is also open to industry. From large-scale facilities, such as the Center for X-ray cience or the DESY NanoLab, to workshops, medical technology, electronics and new materials, we offer analysis and expertise for every conceivable challenge.
Welcome to the DESY EU-Projects Office (EUP) website. The EU Project Office (EUP) is the first point of contact at DESY for all questions and information related to EU funding. From the initial research idea to the final project report, the experts at EUP support you by providing. tailored information; individual guidance
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Jan 28, 2024 · Participants in the DESY Summer Student Program are immersed in real-world research projects, working alongside seasoned scientists and researchers. This hands-on experience goes beyond...
