Paper

A New Charged Lepton Flavor Violation Program at Fermilab

Knecht, A, Pezzullo, G, Papa, A, Sato, A, Aslaninejad, M, Luca, A, Lancaster, M, Spinella, F, Kaplan, D M, Kirch, K, Prebys, E, Lynch, K, Culbertson, R, Johnstone, C, Appleby, R B, de Gouvea, Andre Luiz, Pasternak, J, Diociaiuti, E, Muratori, B, Middleton, S, Renga, F, Kargiantoulakis, M, Planche, T, Barlow, R, Calibbi, L, Machida, S, S Di Falco, Cervelli, F, Gaponenko, A, C Group, Hungerford, E, Morescalchi, L, Syphers, M, Yucel, M, Donati, S, Long, K, Pedreschi, E, Sarra, I, Porter, F, Giovannella, S, Prior, C R, Pronskikh, V, Mihara, S, Uchida, Y, Bernstein, R H, Stratakis, D, Hedges, M T, J -B Lagrange, Neuffer, D, Murat, P, Rogers, C, Smith, S L, Aoki, M, Bloise, C, Happacher, F, Tygier, S, Kelliher, D J, Kuno, Y, Martini, M, Truong, N M, Hitlin, D G, Mori, Y, Miller, J, Ray, R, Kurup, A, Echenard, B, Miscetti, S, Donghia, R

2022

Overview

The muon has played a central role in establishing the Standard Model of particle physics, and continues to provide valuable information about the nature of new physics. A new complex at Fermilab, the Advanced Muon Facility, would provide the world's most intense positive and negative muon beams by exploiting the full potential of PIP-II and the Booster upgrade. This facility would enable a broad muon physics program, including studies of charged lepton flavor violation, muonium-antimuonium transitions, a storage ring muon EDM experiment, and muon spin rotation experiments. This document describes a staged realization of this complex, together with a series of next-generation experiments to search for charged lepton flavor violation.

• Publisher: Cornell University Library, arXiv.org
• Subject: Flavor (particle physics) / Leptons / Matter & antimatter / Muon spin rotation / Muonium / Particle beams / Particle physics / Physics / Standard model (particle physics)