Recent progress in neutrino factory and muon collider research within the Muon Collaboration

MM Alsharo'a, CM Ankenbrandt, M Atac, BR Autin, VI Balbekov, VD Barger, O Benary, JRJ Bennett, MS Berger, JS Berg, M Berz, EL Black, A Blondel, SA Bogacz, M Bonesini, SB Bracker, AD Bross, L Bruno, EJ Buckley-Geer, AC CaldwellM Campanelli, KW Cassel, MG Catanesi, S Chattopadhyay, WR Chou, DB Cline, LR Coney, JM Conrad, JN Corlett, L Cremaldi, MA Cummings, C Darve, F DeJongh, A Drozhdin, P Drumm, VD Elvira, D Errede, A Fabich, WM Fawley, RC Fernow, M Ferrario, DA Finley, NJ Fisch, Y Fukui, MA Furman, TA Gabriel, R Galea, JC Gallardo, R Garoby, AA Garren, SH Geer, S Gilardoni, AJ Van Ginneken, IF Ginzburg, R Godang, M Goodman, MR Gosz, MA Green, P Gruber, JF Gunion, R Gupta, JR Haines, K Hanke, GG Hanson, T Han, M Haney, D Hartill, RE Hartline, HD Haseroth, A Hassanein, K Hoffman, N Holtkamp, EB Holzer, C Johnson, RP Johnson, C Johnstone, K Jungmann, SA Kahn, DM Kaplan, EK Keil, ES Kim, KJ Kim, BJ King, HG Kirk, Y Kuno, TS Ladran, WW Lau, JG Learned, V Lebedev, P Lebrun, K Lee, JA Lettry, M Laveder, DR Li, A Lombardi, CG Lu, K Makino, V Malkin, D Marfatia, KT McDonald, M Mezzetto, [No Value] Miller, FE Mills, I Mocioiu, NV Mokhov, J Monroe, A Moretti, Y Mori, DV Neuffer, KY Ng, JH Norem, Y Onel, M Oreglia, S Ozaki, H Padamsee, S Pakvasa, RB Palmer, B Parker, Z Parsa, G Penn, Y Pischalnikov, ZB Qian, E Radicioni, R Raja*, HL Ravn, CB Reed, LL Reginato, P Rehak, RA Rimmer, TJ Roberts, T Roser, R Rossmanith, RV Samulyak, RM Scanlan, S Schlenstedt, P Schwandt, AM Sessler, MH Shaevitz, R Shrock, P Sievers, GI Silvestrov, N Simos, AN Skrinsky, N Solomey, PT Spampinato, P Spentzouris, R Stefanski, P Stoltz, I Stumer, DJ Summers, LC Teng, PA Thieberger, M Tigner, M Todosow, AV Tollestrup, Y Torun, D Trbojevic, ZU Usubov, TA Vsevolozhskaya, Y Wah, CX Wang, HP Wang, RJ Weggel, K Whisnant, EH Willen, DR Winn, JS Wurtele, V Wu, T Yokoi, M Yoon, R York, S Yu, A Zeller, YX Zhao, MS Zisman, Milorad B. Popovic, Edmund J.N. Wilson

*Bijbehorende auteur voor dit werk

Onderzoeksoutput: Review articleAcademicpeer review

172 Citaten (Scopus)
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Samenvatting

We describe the status of our effort to realize a first neutrino factory and the progress made in understanding the problems associated with the collection and cooling of muons towards that end. We summarize the physics that can be done with neutrino factories as well as with intense cold beams of muons. The physics potential of muon colliders is reviewed, both as Higgs factories and compact high-energy lepton colliders. The status and time scale of our research and development effort is reviewed as well as the latest designs in cooling channels including the promise of ring coolers in achieving longitudinal and transverse cooling simultaneously. We detail the efforts being made to mount an international cooling experiment to demonstrate the ionization cooling of muons.

Originele taal-2English
Artikelnummer081001
Aantal pagina's52
TijdschriftPhysical review special topics-Accelerators and beams
Volume6
Nummer van het tijdschrift8
DOI's
StatusPublished - aug-2003

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