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Position: PhD Student - Accelerator R&D
Institution: Deutsches Elektronen-Synchrotron
Location: Hamburg, Germany
Duties: Research topics are: • Improvements of existing accelerator flagship facilities, e.g. upgra- des to DESYs synchrotron radiation facilities, seeding of free-electron lasers, atto- and femto-second electron and photon beams. • Super-conducting RF technology for future accelerators and its imple- mentation in FLASH, the European XFEL and other high power accelerators. • Compact accelerator technology with high accelerating fields, e.g. plasma accelerators, dielectric structures, beam or laser drivers for accelerators. • New accelerator facilities for R&D, photon science and particle phy- sics, e.g. future free-electron lasers (XFEL upgrades, PETRA IV), the SINBAD facility at DESY, future colliders (e.g. FCC at CERN)
Requirements: Doctoral students in the fields of physics or engineering may stay enrolled in their home university or enroll at the University of Hamburg or the Technical University Hamburg-Harburg (acceptance criteria must be met)
   
Text: Accelerators j PhotonScience j ParticlePhysics DeutschesElektronen-Synchrotron AResearchCentreoftheHelmholtzAssociation ACCELERATOR PHYSICS DESYhasopeningsfor: PhDstudent(f/m)Positionsin AcceleratorR&D DESY DESYisoneoftheworld'sleadingresearchcentresforphotonscience, particleandastroparticlephysicsaswellasacceleratorphysics. AcceleratorResearchandDevelopment(ARD)isacoremissionofthelab. Byfurtherdevelopingandinventingtechnologiesforimprovingexistingac- celeratorfacilitiesandforconstructingnewones,theARDgroupgathers indeedacceleratorbuildingexpertisetostayattheleadingedgeofaccelera- torscience. Theposition Doctoralstudentsareinvitedtotakeanactiveroleinoneofthefollowing researchtopicsatDESYsAcceleratorR&D: Improvementsofexistingacceleratorflagshipfacilities, e.g.upgra- destoDESYssynchrotronradiationfacilities,seedingoffree-electron lasers,atto-andfemto-secondelectronandphotonbeams Super-conductingRFtechnology forfutureacceleratorsanditsimple- mentationinFLASH,theEuropeanXFELandothermodernhighpower accelerators Compactacceleratortechnologywithhighacceleratingfields, e.g. plasmaaccelerators,dielectricstructures,beamorlaserdriversfor accelerators,cost-efcienttechnologies Newacceleratorfacilities forR&D,photonscienceandparticlephy-
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