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    International Workshop on Future Linear Colliders 2026

    9–13 Nov 2026
    KEK
    Asia/Tokyo timezone

    Local Organizers

    Session

    Beyond Colliders Opportunities

    10 Nov 2026, 14:00
    KEK

    KEK

    Presentation materials

    There are no materials yet.

    1. 153. CERN’s Non-Collider Physics Roadmap
      Markus Brugger (CERN)
      10/11/2026, 14:00
      Beyond Collider Opportunities
      Oral presentation (onsite)

      CERN’s scientific program extends well beyond its flagship collider experiments, thanks to early considered flexibility and strategic choices when its diverse and flexible injector chain and accelerator infrastructure were and are conceived. This allows for a broad ecosystem of fixed-target, antimatter, rare-isotope, neutron, neutrino and forward-physics activities, exploited through the...

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    2. 206. Beam Parameters, Layout and Opportunities for Beyond-Collider Experiments at a Linear Collider Facility
      Benno List (DESY)
      10/11/2026, 14:25
      Oral presentation (onsite or remote - not decided)
    3. 139. CERN’s present and future test-beam capabilities
      Johannes Bernhard (CERN)
      10/11/2026, 14:45
      1
      Beyond Collider Opportunities
      Oral presentation (remote)

      Test beams are essential for developing and validating detector technologies for future colliders. The CERN PS East Area and SPS North Area provide complementary beams of electrons, muons and hadrons, including pions, kaons and protons. The East Area covers the low-momentum range, extending from sub-GeV/c momenta up to 15 GeV/c, while the North Area provides secondary beams up to 360 GeV/c and...

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    4. 111. Crystal-Based Technologies for Electron–Positron Colliders
      Laura Bandiera (Universita e INFN, Ferrara (IT))
      10/11/2026, 15:05
      Beyond Collider Opportunities
      Oral presentation (onsite or remote - not decided)

      Crystals can channel charged particle beams along major crystallographic directions, providing a compact and efficient tool for beam manipulation at high energies. In bent crystals, channeled particles follow the crystal curvature, enabling beam steering over very short distances. While this technique has been extensively investigated for hadron beam collimation and extraction at the CERN SPS...

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    5. 102. Future Linear Colliders as High-Energy Inverse Compton Photon Sources for Photon Science
      Illya Drebot
      11/11/2026, 16:30
      Beyond Collider Opportunities
      Oral presentation (onsite or remote - not decided)

      Inverse Compton scattering (ICS) is today a well-established route to produce tunable, high-brilliance photon beams for photon science, nuclear physics and fundamental studies. Pushing ICS sources towards higher photon energies requires electron beams in an energy range that only large-scale accelerator facilities can provide. Future linear colliders offer electron beams with energies...

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    6. 131. Can electrons emit photons of energy larger than their own? Full Inverse Compton Scattering
      Luca Serafini (INFN - Milan)
      11/11/2026, 16:50
      Beyond Collider Opportunities
      Oral presentation (remote)

      The newly discovered effect of Full Inverse Compton Scattering has shown several implications to unexpected phenomena, like the achievement of extremely high accelerations with electrons coming to a sudden stop from relativistic velocities, therefore showing potentialities of detecting Unruh radiation, and opening a portal towards quantum gravity, and like the emission of photons with energy...

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    7. 43. Towards non-perturbative QED at a linear collider facility with plasma-mirror-boosted lasers
      Ivo Schulthess (Deutsches Elektronen-Synchrotron (DE))
      11/11/2026, 17:10
      Beyond Collider Opportunities
      Oral presentation (onsite)

      Strong-field quantum electrodynamics (QED) offers a unique window into fundamental physics at extreme electromagnetic fields, where higher-order effects may eventually lead to a breakdown of the perturbative description of QED. The recently launched NP-QED project aims to approach this regime by combining relativistic electron beams with ultra-intense laser pulses, intensified by...

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    8. 130. Search for Axion-like Particles in a Beam Dump Experiment at KEK LINAC: Evaluation of the Background Using Silicon Pad Sensors and Simulation
      Takahiro Kawahara (Sci. UTokyo)
      Beyond Collider Opportunities
      Poster (onsite only)

      Future electron–positron linear colliders can extend their physics reach beyond the interaction point through beam-dump searches using intense spent beams. Proposed ILC main-beam-dump experiments use a long dump–shield–decay-volume configuration to search for long-lived particles, with penetrating muons and neutrons as key backgrounds.

      EBES, located at the third switchyard of the KEK LINAC,...

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