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MT29 Abstracts and Technical Program

1–6 Jul 2025
Omni Boston Hotel at the Seaport
US/Eastern timezone

Conference Management

Session

Wed-Mo-Or2 - Muon Collider Magnets

2 Jul 2025, 11:15
Momentum D

Momentum D

Conveners

Wed-Mo-Or2 - Muon Collider Magnets

  • Antonio della Corte (ENEA)
  • Gerard Willering (CERN)

Presentation materials

There are no materials yet.

  1. 602. Wed-Mo-Or2-01: Magnet R&D Plans for the Muon Collider
    Bernardo Bordini (CERN)
    02/07/2025, 11:15
    Contributed Oral

    The Muon Collider (MC) embodies a groundbreaking concept in circular colliders for high-energy physics, offering a unique pathway to achieve unprecedented energy and luminosity of the colliding partons while significantly reducing environmental impact compared to conventional collider technologies. A critical aspect of its feasibility lies in the development of cutting-edge superconducting...

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  2. 252. Wed-Mo-Or2-02: Updates on the Conceptual Design Study of the Magnets for the Muon Collider Storage Ring
    Samuele Mariotto
    02/07/2025, 11:30
    Contributed Oral

    The Muon Collider represents an exciting proposal for a post-LHC accelerator, capable of exploring higher-energy regions with greater power consumption efficiency compared to hadronic alternatives, while avoiding synchrotron radiation limitations inherent in electron colliders.

    This contribution will focus on the magnets for the Muon Collider storage ring. These magnets pose an...

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  3. 663. Wed-Mo-Or2-03: A “20 T at 20 K” Model Coil for the Muon Collider Target Decay and Capture Solenoid
    Bernardo Bordini (CERN)
    02/07/2025, 11:45
    Contributed Oral

    The Muon Collider (MC) is one of the options under study as the next step for high-energy physics beyond the Large Hadron Collider. The magnets for a MC, largely based on high-temperature superconductors (HTS), bear some of the most pressing technology challenges and will require intense development and demonstration in the next years. The “target decay and capture solenoid”, a high field...

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  4. 552. Wed-Mo-Or2-04: Techno-economical comparison of energy-efficient superconducting magnets for large accelerator facilities sustainability
    Samuele Mariotto
    02/07/2025, 12:00
    Contributed Oral

    Large particle accelerator facilities for medium-high proton and heavy ion beamlines extensively rely on normal conducting magnets which, while effective, suffer from significant energy losses due to resistive heating in their copper coils. One successful strategy for improving these facilities involves upgrading their existing infrastructure by replacing resistive magnets with magnesium...

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  5. 351. Wed-Mo-Or2-05: Assembly of the MOLLER Toroidal Magnets at Jefferson Lab
    Mr Joe Lamont (JLab)
    02/07/2025, 12:15
    Contributed Oral

    The MOLLER experiment at the Thomas Jefferson National Accelerator Facility (JLab) aims to precisely measure the weak interaction between electrons. This experiment leverages the 12 GeV electron beam and will run for three years. A crucial component of MOLLER is a system of five uniquely shaped water-cooled toroidal magnets. These magnets, possessing seven-fold symmetry, are designed to focus...

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