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    Superconductivity & Particle AcceleratorS 2026

    20–22 Oct 2026
    The Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences
    Europe/Warsaw timezone

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    Session

    Large Scale Accelerator Facilities,

    20 Oct 2026, 09:20
    Auditorium (The Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences)

    Auditorium

    The Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences

    Radzikowskiego 151, Kraków

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    1. 52. Prospects of particle physics after HL-LHC
      Tadeusz Lesiak (IFJ PAN Kraków)
      20/10/2026, 09:20
    2. 54. tbc
      Dariusz Bocian (IFJ PAN)
      20/10/2026, 09:45
    3. 16. Bringing ESS to Life: Testing and Commissioning Progress
      Ciprian Plostinar (European Spallation Source)
      20/10/2026, 10:10
    4. 18. Implementation status of the MINERVA/MYRRHA phase 1 ADS project
      Dorda Urlich (MINERVA)
      20/10/2026, 10:35
    5. 21. ELIMAIA-ELIMED: Present Achievements and Future Perspectives for high -repetition rate Laser Driven lon Accelerators
      Giuffrida Lorenzo (ELI)
      20/10/2026, 11:20
    6. 19. EPITA project and its advanced accelerator technologies portfolio
      Toms Torims (CERN)
      20/10/2026, 11:45
    7. 59. Progress in Superconducting Systems Development within the Swiss Accelerator Research and Technology (CHART) Programme
      Jungtae Lee (Paul Scherrer Institute)
      20/10/2026, 12:10
    8. 60. Production and Testing of FAIR’s SIS100 Superconducting Magnets
      Kamil Kozlowski (GSI Helmholtz Centre for Heavy Ion Research)
      20/10/2026, 12:35
    9. 14. EPITA project and its advanced accelerator technologies portfolio
      Toms Torims (CERN)

      EPITA (Enabling Partnerships for Innovation & Accelerator Technology Advancement) is a project co-funded by the Horizon Europe program that brings together 43 partners from 16 countries, including 16 deep-tech companies. The project aims to develop breakthrough technologies in conventional, superconducting, and laser-driven acceleration, high-temperature superconducting and permanent magnets,...

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    10. 44. High-Temperature Superconductivity for Next-Generation Light Source Undulators
      Alexandre Arsenault (PSI)

      The next generation of scientific research requires higher-energy and higher-flux X-rays to probe material properties with greater precision. This can be achieved by increasing the magnetic field and reducing the period length of undulators. Conventional undulators are limited by the magnetic remanence of permanent magnets, motivating the use of high-temperature superconducting (HTS) materials...

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    11. 45. Production and Testing of FAIR’s SIS100 Superconducting Magnets
      Kamil Kozlowski (GSI Helmholtz Centre for Heavy Ion Research)

      The SIS100 synchrotron, currently under construction at FAIR in Darmstadt, uses a large system of fast-ramping superconducting magnets. The system includes 108 dipole modules and 83 quadrupole doublet modules.

      This presentation gives an overview of the production and testing of the main SIS100 superconducting magnet systems. The different magnet types and their main parameters are briefly...

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