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Report number arXiv:1501.05241 ; FERMILAB-TM-2594 ; FERMILAB-DESIGN-2014-1
Title Mu2e Technical Design Report
Author(s) Bartoszek, L ; Barnes, E ; Miller, J P ; Mott, J ; Palladino, A ; Quirk, J ; Roberts, B L ; Crnkovic, J ; Polychronakos, V ; Tishchenko, V ; Yamin, P ; Cheng, C -h ; Echenard, B ; Flood, K ; Hitlin, D G ; Kim, J H ; Miyashita, T S ; Porter, F C ; Röhrken, M ; Trevor, J ; Zhu, R -Y ; Heckmaier, E ; Kang, T I ; Lim, G ; Molzon, W ; You, Z ; Artikov, A M ; Budagov, J A ; Davydov, Yu I ; Glagolev, V V ; Simonenko, A V ; Usubov, Z U ; Oh, S H ; Wang, C ; Ambrosio, G ; Andreev, N ; Arnold, D ; Ball, M ; Bernstein, R H ; Bianchi, A ; Biery, K ; Bossert, R ; Bowden, M ; Brandt, J ; Brown, G ; Brown, H ; Buehler, M ; Campbell, M ; Cheban, S ; Chen, M ; Coghill, J ; Coleman, R ; Crowley, C ; Deshpande, A ; Deuerling, G ; Dey, J ; Dhanaraj, N ; Dinnon, M ; Dixon, S ; Drendel, B ; Eddy, N ; Evans, R ; Evbota, D ; Fagan, J ; Feher, S ; Fellenz, B ; Friedsam, H ; Gallo, G ; Gaponenko, A ; Gardner, M ; Gaugel, S ; Genser, K ; Ginther, G ; Glass, H ; Glenzinski, D ; Hahn, D ; Hansen, S ; Hartsell, B ; Hays, S ; Hocker, J A ; Huedem, E ; Huffman, D ; Ibrahim, A ; Johnstone, C ; Kashikhin, V ; Kashikhin, V V ; Kasper, P ; Kiper, T ; Knapp, D ; Knoepfel, K ; Kokoska, L ; Kozlovsky, M ; Krafczyk, G ; Kramp, M ; Krave, S ; Krempetz, K ; Kutschke, R K ; Kwarciany, R ; Lackowski, T ; Lamm, M J ; Larwill, M ; Leavell, F ; Leeb, D ; Leveling, A ; Lincoln, D ; Logashenko, V ; Lombardo, V ; Lopes, M L ; Makulski, A ; Martinez, A ; McArthur, D ; McConologue, F ; Michelotti, L ; Mokhov, N ; Morgan, J ; Mukherjee, A ; Murat, P ; Nagaslaev, V ; Neuffer, D V ; Nicol, T ; Niehoff, J ; Nogiec, J ; Olson, M ; Orris, D ; Ostojic, R ; Page, T ; Park, C ; Peterson, T ; Pilipenko, R ; Pla-Dalmau, A ; Poloubotko, V ; Popovic, M ; Prebys, E ; Prieto, P ; Pronskikh, V ; Pushka, D ; Rabehl, R ; Ray, R E ; Rechenmacher, R ; Rivera, R ; Robotham, W ; Rubinov, P ; Rusu, V L ; Scarpine, V ; Schappert, W ; Schoo, D ; Stefanik, A ; Still, D ; Tang, Z ; Tanovic, N ; Tartaglia, M ; Tassotto, G ; Tinsley, D ; Tschirhart, R S ; Vogel, G ; Wagner, R ; Wands, R ; Wang, M ; Werkema, S ; White, H B ; Whitmore, J ; Wielgos, R ; Woods, R ; Worel, C ; Zifko, R ; Ciambrone, P ; Colao, F ; Cordelli, M ; Corradi, G ; Dane, E ; Giovannella, S ; Happacher, F ; Luca, A ; Miscetti, S ; Ponzio, B ; Pileggi, G ; Saputi, A ; Sarra, I ; Soleti, R S ; Stomaci, V ; Martini, M ; Fabbricatore, P ; Farinon, S ; Musenich, R ; Alexander, D ; Daniel, A ; Empl, A ; Hungerford, E V ; Lau, K ; Gollin, G D ; Huang, C ; Roderick, D ; Trundy, B ; Brown, D Na ; Ding, D ; Kolomensky, Yu G ; Lee, M J ; Cascella, M ; Grancagnolo, F ; Ignatov, F ; Innocente, A ; L'Erario, A ; Miccoli, A ; Maffezzoli, A ; Mazzotta, P ; Onorato, G ; Piacentino, G M ; Rella, S ; Rossetti, F ; Spedicato, M ; Tassielli, G ; Taurino, A ; Zavarise, G ; Hooper, R ; Brown, D No ; Djilkibaev, R ; Matushko, V ; Ankenbrandt, C ; Boi, S ; Dychkant, A ; Hedin, D ; Hodge, Z ; Khalatian, V ; Majewski, R ; Martin, L ; Okafor, U ; Pohlman, N ; Riddel, R S ; Shellito, A ; de Gouvea, A L ; Cervelli, F ; Carosi, R ; Di Falco, S ; Donati, S ; Lomtadze, T ; Pezzullo, G ; Ristori, L ; Spinella, F ; Jones, M ; Corcoran, M D ; Orduna, J ; Rivera, D ; Bennett, R ; Caretta, O ; Davenne, T ; Densham, C ; Loveridge, P ; Odell, J ; Bomgardner, R ; Dukes, E C ; Ehrlich, R ; Frank, M ; Goadhouse, S ; Ho, E ; Ma, H ; Oksuzian, Y ; Purvis, J ; Wu, Y ; Hertzog, D W ; Kammel, P ; Lynch, K R ; Popp, J L
Publication 2015
Collaboration R. Group
Imprint 21 Jan 2015
Number of pages 888
Note Comments: compressed file, 888 pages, 621 figures, 126 tables; full resolution available at http://mu2e.fnal.gov
Comments: compressed file, 888 pages, 621 figures, 126 tables; full resolution available at http://mu2e.fnal.gov; corrected typo in background summary, Table 3.4
Subject category Detectors and Experimental Techniques
Accelerator/Facility, Experiment Fermilab ; Mu2e
Abstract The Mu2e experiment at Fermilab will search for charged lepton flavor violation via the coherent conversion process mu- N --> e- N with a sensitivity approximately four orders of magnitude better than the current world's best limits for this process. The experiment's sensitivity offers discovery potential over a wide array of new physics models and probes mass scales well beyond the reach of the LHC. We describe herein the preliminary design of the proposed Mu2e experiment. This document was created in partial fulfillment of the requirements necessary to obtain DOE CD-2 approval.
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 Record created 2015-01-22, last modified 2021-05-03


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