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Beam Dynamics meets Magnets-II

1–4 Dec 2014
Bad Zurzach
Europe/Zurich timezone

Contribution List

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  1. 1. Welcome and opening remarks
    Andreas Streun (Paul Scherrer Institut), Stephane Sanfilippo (Paul Scherrer Institut)
    01/12/2014, 08:30
  2. 2. Challenges for Future Circular Colliders
    Frank Zimmermann (CERN)
    01/12/2014, 08:55
  3. 3. Establishing C3, the Coherence between Accelerator Physics Requirements, Magnet Manufacture, and Magnetic Field Measurements
    Stephan Russenschuck (CERN)
    01/12/2014, 09:20
  4. 4. Fixed Field Alternating Gradient accelerator: the future challenges
    Shinji Machida (STFC RAL)
    01/12/2014, 09:45
  5. 5. Beam dynamics and magnet design challenges for the next generation of free electron lasers
    Luca Giannessi (ENEA and Elettra-Sincrotrone Trieste)
    01/12/2014, 10:40
  6. 6. Beam quality for high brightness beam: Application of SwissFEL
    Sven Reiche (Paul Scherrer Institut)
    01/12/2014, 11:05
  7. 7. Beam dynamics and magnet design challenges for 4th-generation storage ring light sources
    Michael Borland (Argonne National Laboratory)
    01/12/2014, 11:30
  8. 8. Beam dynamic and lattice proposal for the SLS 2.0
    Andreas Streun (Paul Scherrer Institut)
    01/12/2014, 11:55
  9. 9. Design options for highly compact, superconducting cyclotrons and gantry magnets for hadron therapy
    Joseph Minervini (Massachusetts Institute of Technology)
    01/12/2014, 13:50
  10. 10. Magnets meet beams in gantries for medical application -1
    Shlomo Caspi (Lawrence Berkeley National Laboratory)
    01/12/2014, 14:10
  11. 11. Magnets meet beams in gantries for medical application -2
    Lucas Brouwer (Lawrence Berkeley National Laboratory)
    01/12/2014, 14:30
  12. 12. Development of a superconducting gantry for the Carbon therapy
    Yoshiyuki Iwata (National Institute of Radiological Sciences (NIRS))
    01/12/2014, 14:50
  13. 13. Innovative developments at the facility for the proton therapy at PSI: beam delivery systems with SC magnets
    Jacobus Maarten Schippers (Paul Scherrer Institut)
    01/12/2014, 15:10
  14. 14. Beam Optics for a superconducting Gantry
    Alexander Gerbershagen
    01/12/2014, 16:00
  15. 15. Challenges to design and test fast ramped superconducting dipole magnet
    Pasquale Fabbricatore (INFN Sezione di Genova)
    01/12/2014, 16:20
  16. 16. Jefferson Lab CLAS12 Super-Conducting Solenoid magnet requirements and Design Evolution
    Renuka Rajput-Ghoshal (Jefferson Lab)
    01/12/2014, 16:40
  17. 38. Magnet Alignment Challenges for an MBA Storage Ring
    Animesh Jain (Brookhaven National Laboratory)
    02/12/2014, 08:30
  18. 18. Overview of the Beam Based Alignment techniques
    Riccardo Bartolini (JAI Oxford and DLS)
    02/12/2014, 08:50
  19. 19. Beam Based Alignment techniques for linacs
    Masamitsu Aiba (Paul Scherrer Institut)
    02/12/2014, 09:10
  20. 20. Small aperture magnets for the Light Sources: beam specifications meets design and construction
    Ben Leigh (Tesla Engineerign Ltd.)
    02/12/2014, 09:30
  21. 21. Design of the magnets for the MAX IV project
    Martin Johansson (MAX IV Laboratory)
    02/12/2014, 09:50
  22. 22. Vacuum system for MAX IV
    Pedro Fernandes Tavares (MAX IV LABORATORY)
    02/12/2014, 10:40
  23. 23. Experience in the design, construction and tests of small aperture magnets for the Light Sources
    William Beeckman (Sigmaphi)
    02/12/2014, 11:00
  24. 24. Magnets for the SwissFEL: from beam specifications to magnetic tests
    Marco Negrazus (PSI)
    02/12/2014, 11:20
  25. 25. The ZEPTO project: tunable permanent magnet dipoles and quadrupoles
    Ben Shepherd (STFC Daresbury Laboratory)
    02/12/2014, 13:50
  26. 26. Magnets and insertion devices for the ESRF upgrade
    Joel Chavanne (ESRF)
    02/12/2014, 14:10
  27. 27. Summary of the 2014 Superconducting Undulator Workshop
    Jim Clarke (STFC Daresbury Laboratory)
    02/12/2014, 14:30
  28. 28. Superconducting technologies for Light Source undulators
    Soren Prestemon (LBNL)
    02/12/2014, 14:50
  29. 29. Superconducting undulators: Experience from ANKA
    Sara Casalbuoni (ANKA, KIT)
    02/12/2014, 15:10
  30. 30. FEL undulators: from beam specifications to magnetic measurements
    Dr Marco Calvi (Paul Scherrer Institut)
    02/12/2014, 16:00
  31. 32. Design of the permanent undulators for the Linac Coherent Light Source Facility II
    Diego Arbelaez (LBNL)
    02/12/2014, 16:20
  32. 33. Overview of the activities at the Paul Scherrer Institut
    Mike Seidel (Paul Scherrer Institut)
    03/12/2014, 09:00
  33. 34. SwissFEL, the hard X-ray FEL at PSI: overview and perspectives
    Hans-Heinrich Braun (Paul Scherrer Institut)
    03/12/2014, 09:30
  34. 17. Technology challenges in high field magnets for LHC upgrades and future accelerators
    Luca Bottura (CERN)
    03/12/2014, 14:00
  35. 36. Dynamic aperture and field quality errors
    Frank Schmidt (CERN)
    03/12/2014, 14:40
  36. 37. Experience with the KEKB/SuperKEKB magnet fabrication and measurements
    Mika Masuzawa (KEK)
    03/12/2014, 15:00
  37. 39. Magnetic measurement techniques and systems for small and curved aperture magnets
    Marco Buzio (CERN)
    03/12/2014, 15:20
  38. 40. Rotating coil measurement errors
    Animesh Jain (Brookhaven National Laboratory)
    03/12/2014, 16:10
  39. 41. The new three axis Hall sensor of SENIS
    Dragana Popovic Renella (SENIS)
    03/12/2014, 16:30
  40. 42. Status of the nonlinear beam dynamics in SIS100
    Giuliano Franchetti (GSI)
    03/12/2014, 16:50
  41. 43. SIS100 Dipole Magnets: Field Measurements and Representation
    Pierre Schnizer (GSI Helmholtzzentrum für Schwerionenforschung mbH)
    03/12/2014, 17:10
  42. 44. Bent combined function bending magnets and optics: the case of SESAME
    Attilio Milanese (CERN)
    03/12/2014, 17:30
  43. 45. Track: an accurate ray-tracing tool for magnet development at PSI
    Vjeran Vrankovic (PSI)
    04/12/2014, 08:30
  44. 46. Analytic design of the fringe field of the lattice magnets
    Bruno Muratori (Daresbury Laboratory and Cockcroft Institute)
    04/12/2014, 08:50
  45. 47. Fringe field modeling for large aperture quadrupole
    Barbara Dalena (CEA-Saclay DSM/Irfu/SACM)
    04/12/2014, 09:10
  46. 48. Magnetic and Optical Model for the Proton Synchrotron at CERN
    Simone Gilardoni (CERN)
    04/12/2014, 09:30
  47. 49. FIDEL: the model to predict the magnetic state of the LHC
    Nicholas Aquilina (University of Malta)
    04/12/2014, 09:50
  48. 50. Summary talks Medical
    Jacobus Maarten Schippers (Paul Scherrer Institut)
    04/12/2014, 11:20
  49. 51. Summary talks Magnet and undulator for light sources
    Dieter Einfeld (MAX-Lab), Thomas Schmidt (Paul Scherrer Institut)
    04/12/2014, 11:40
  50. 52. Summary talks Magnet design, Modelling and measurements
    Cherrill Spencer (SLAC National Accelerator Laboratory (retired from)), Stephan Russenschuck (CERN)
    04/12/2014, 12:00