Special colloquium: Plasma accelerators for applications in health, photon science, and particle physics

Europe/Berlin
Wolfgang-Paul-Hörsaal (Physikalisches Institut der Uni Bonn)

Wolfgang-Paul-Hörsaal

Physikalisches Institut der Uni Bonn

Description

Corona info: The colloquium can be attended in person or via zoom. If you wish to attend in person you must register (select "Registration" on left menu) in order to assure that the maximum number of persons allowed (50) will not be exceeded. Participation via zoom will be possible without registration here:
https://uni-bonn.zoom.us/j/98709471160pwd=bFkxMUExTVpGUk51Zmd5QTZBeVlnZz09

 

 

Participants
  • Alexandra Wald
  • Andreas Loeschcke Centeno
  • Birgit Westernströer
  • Daniel Elsner
  • Daniel Jacobi
  • Dennis Proft
  • Dieter Meschede
  • Fabian Schmidt
  • Florian Hinterkeuser
  • Frank Frommberger
  • Friedrich Klein
  • Gianna Moenig
  • Hartmut Schmieden
  • Ian Brock
  • Jan Hartmann
  • Jochen Dingfelder
  • Jonathan Grumke
  • Kilian Kranz
  • Manuel Drees
  • Mario Arndt
  • Martin Schürmann
  • Michael Switka
  • Nils Stausberg
  • Norbert Wermes
  • Peter Vöhringer
  • Saime Gurbuz
  • Simon Stellmer
  • Sriram Swamynathan
  • Svenja Granderath
  • Thomas Jude
  • Tobias Schiffer
  • Tomasz Hemperek
  • Ulrike Thoma
  • Walter Honerbach
  • Weber Laura
  • Wolfgang Dietsche
    • 14:15 15:00
      Plasma accelerators for applications in health, photon science, and particle physics 45m
      Plasma-based accelerators are becoming viable and attractive options as injectors for storage rings and as drivers for compact applications in photon science and health, with profound implications on the widespread availability of miniature high-energy particle sources. Recent technological and methodical advances have resulted in largely improved beam stability, control, and quality. This progress is fueled by merging advanced concepts from established accelerator science including intelligent feedbacks, high-resolution diagnostics, and mature control schemes with modern plasma and laser technology. In this presentation the state-of-the-art will be reviewed in the context of concrete applications pursued at DESY in Hamburg. This includes plans to realize compact injectors for storage rings, novel modalities in medical imaging, and high efficiency energy-booster modules suitable for upgrades of existing and future facilities in photon science and particle physics.
      Speaker: Jens Osterhoff (DESY)