Muon Collider Feasibility
Muon Collider Feasibility Studies: Collective effects and muon cooling
Host institutionEPFL
Principal InvestigatorDr T. Pieloni
ProgrammeCHART 2021–2024
Publications4
Muon colliders hold great potential for high-energy physics: they can offer collisions of point-like particles at very high energies, since muons can be accelerated in a ring without the limitation imposed by synchrotron radiation. The need for high luminosity, though, brings technical challenges — the short muon lifetime at rest, and the difficulty of producing large numbers of muons in bunches with small emittance — which call for innovative concepts and demanding technologies. Within the International Muon Collider Collaboration (IMCC), this project takes on one of the major challenges: the transverse collective effects all along the muon collider chain.
Timeline
20222026
Impedance model of machine2023
Develop theory and model for beam dynamics and collective effects in matter2024
Extensive numerical simulations for the muon accelerator complex2025
Task 42026
Collaborating institutions
CHART partners
- CERN
Publications
All CHART publications →- Interim report for the International Muon Collider Collaboration (IMCC)2024 PDF
- Transverse Coherent Instability Studies for the High-Energy Part of the Muon Collider Complex2024 PDF
- Transverse impedance and beam stability studies for the muon collider ring2023 PDF
- Transverse impedance and beam stability studies for the muon collider Rapid Cycling Synchrotrons2023 PDF
Project team
Dr Tatiana PieloniPrincipal InvestigatorEPFL- DDDr Daniel SchulteDeputy PICERN
Prof. Dr Mike SeidelPSI