B08.00001: The Case for a Future Muon Collider

• Nathaniel Craig (UC Santa Barbara)

B08.00002: Simulation of Beam induced Background at Muon Collider and Study of its properties

• Camilla Curatolo

B08.00003: Physics Object reconstruction optimization at Muon Collider within the ILCSoftware

• Nazar Bartosik (INFN Torino)

B08.00004: WIMPs at High Energy Muon Colliders

• Zhen Liu (University of Maryland)

B08.00005: Jet Reconstruction performance at Muon Collider with Beam-induced Background

• Lorenzo Sestini

B08.00006: Determination of the double Higgs cross section and trilinear Higgs coupling sensitivities at Muon Collider

• Laura Buonincontri

B08.00007: nuSTORM accelerator; challenges and opportunities

• Chris Rogers (Rutherford Lab)

D14.00001: The Muon Collider

• Daniel Schulte (CERN)

D14.00007: Muon Collider Lattice Design

• Eliana Gianfelice (Fermilab)

D14.00002: Muon Cooling Channel Design Status

• Diktys Stratakis (Fermi National Accelerator Laboratory)

D14.00002: Muon Cooling Channel Design Status

• Soren Prestemon (Lawrence Berkeley National Laboratory)

D14.00004: Progress on Radio Frequency Cavities for Use in Muon Cooling Channels

• Ben Freemire (Euclid Techlabs)

D14.00005: Electroweak Couplings of the Higgs Boson at a Multi-TeV Muon Collider

• Xing Wang (UC San Diego)

D14.00006: Track Reconstruction at a Muon Collider in the Presence of Beam-induced Background

• Massimo Casarsa (INFN-Trieste)

H08.00001: Design a detector for a Muon Collider experiment

• Simone Pagan Griso (Lawrence Berkeley National Laboratory)

H08.00002: Advancing physics simulations at a Multi-TeV Muon Collider

• Richard Ruiz (Universite catholique de Louvain)

H08.00003: Studies of Tracker Timing and Granularity for the Muon Collider Environment

• Hannsjoerg Weber (Fermilab)

H08.00004: Muon Ionization Cooling Experiment: Results & Prospects

• Chris Rogers (Rutherford Lab)

Y07.00009: Tracking with ACTS for a Muon Collider detector

• Karol Krizka

H08.00006: Composite resonances at a multi-TeV muon collider

• Ke-Pan Xie

H08.00007: No-Lose Theorem for Discovering the New Physics of (g − 2)μ at Muon Colliders

• Rodolfo Capdevilla (Perimeter Institute and University of Toronto)

Y07.00001: Presentation of the High Intensity Frontier Initiative (HIFI) to design a nuSTORM and~a Neutrino Factory based on the ESSnuSB facility

• Jean-Pierre Delahaye (SLAC)

Y07.00002: Target System for Collimated Muon Beam Production

• Matteo Bauce (CDF)

Y07.00003: Complementary Probes of Lepton Flavor at a Muon Collider

• Qianshu Lu (Harvard University)

Y07.00004: Testing Positivity at Muon Colliders

• Jiayin Gu (JGU Mainz)

Y07.00005: A final word on electroweak Dark Matter models at future lepton colliders

• Ludovico Vittorio (SNS, Pisa)

Y07.00006: Constraining the Higgs potential at the Multi-TeV Muon Collider

• mauro chiesa (LAPTh, Annecy)

Y07.00007: Electroweak parton distribution functions at a high-energy muon collider

• Yang Ma (University of Pittsburgh)

Live Y07.00008: Sensitivity on Dark Sector through the Neutralino Production and Muon Pairs Decay at Muon Collider

• Chiara Aimè (CERN, INFN, University of Pavia)