S
S. Moed Sher
Researcher at Fermilab
Publications - 17
Citations - 1684
S. Moed Sher is an academic researcher from Fermilab. The author has contributed to research in topics: MINOS & Neutrino. The author has an hindex of 12, co-authored 17 publications receiving 1496 citations.
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Journal ArticleDOI
Measurement of Neutrino and Antineutrino Oscillations Using Beam and Atmospheric Data in MINOS
P. Adamson,I. Anghel,I. Anghel,C. Backhouse,G.D. Barr,M. Bishai,Andrew Blake,G. J. Bock,D. Bogert,S. V. Cao,C. M. Castromonte,S. Childress,Joao A B Coelho,Joao A B Coelho,L. Corwin,Daniel P Cronin-Hennessy,J. K. De Jong,A. V. Devan,N. E. Devenish,M. V. Diwan,Carlos Escobar,J. J. Evans,E. Falk,G. J. Feldman,M. V. Frohne,H. R. Gallagher,R. A. Gomes,Maury Goodman,P. Gouffon,N. Graf,R. Gran,K. Grzelak,Alec Habig,S. R. Hahn,J. Hartnell,R. Hatcher,A. Himmel,A. Holin,J. Hylen,G. M. Irwin,Z. Isvan,Z. Isvan,C. James,D. A. Jensen,T. Kafka,S. M. S. Kasahara,G. Koizumi,M. Kordosky,A. E. Kreymer,Karol Lang,P. J. Litchfield,P. Lucas,W. A. Mann,Marvin L Marshak,M. Mathis,N. Mayer,A. M. McGowan,M. M. Medeiros,R. Mehdiyev,J. R. Meier,M. D. Messier,D. G. Michael,W. H. Miller,S. R. Mishra,S. Moed Sher,C. D. Moore,L. Mualem,J. A. Musser,D. Naples,J. K. Nelson,Harvey B Newman,R. J. Nichol,J. A. Nowak,J. O'Connor,W. P. Oliver,M. Orchanian,R. B. Pahlka,J. M. Paley,R. B. Patterson,Gregory J Pawloski,S. Phan-Budd,R. K. Plunkett,X. Qiu,A. Radovic,B. Rebel,C. Rosenfeld,H. A. Rubin,M. C. Sanchez,J. Schneps,A. Schreckenberger,P. Schreiner,R. Sharma,A. Sousa,N. Tagg,R. L. Talaga,Juergen Thomas,M. A. Thomson,G. Tinti,S. C. Tognini,R. Toner,D. Torretta,G. Tzanakos,J. Urheim,P. Vahle,B. Viren,A. C. Weber,R. C. Webb,Christopher G. White,L. Whitehead,L. H. Whitehead,Stanley G. Wojcicki,R. Zwaska +111 more
TL;DR: Measurements of oscillation parameters from ν (μ) and ν(μ) disappearance using beam and atmospheric data from MINOS are reported, with minimal change to the neutrino parameters.
Journal ArticleDOI
Combined analysis of νμ disappearance and νμ → νe appearance in MINOS using accelerator and atmospheric neutrinos
P. Adamson,I. Anghel,A. Aurisano,G.D. Barr,M. Bishai,Andrew Blake,G. J. Bock,D. Bogert,S. V. Cao,C. M. Castromonte,D. Cherdack,S. Childress,Joao A B Coelho,L. Corwin,D. Cronin-Hennessy,J. K. De Jong,A. V. Devan,N. E. Devenish,M. V. Diwan,Carlos Escobar,J. J. Evans,E. Falk,G. J. Feldman,M. V. Frohne,H. R. Gallagher,R. A. Gomes,M. C. Goodman,P. Gouffon,N. Graf,R. Gran,K. Grzelak,Alec Habig,S. R. Hahn,J. Hartnell,R. Hatcher,A. Himmel,A. Holin,Junwei Huang,J. Hylen,G. M. Irwin,Z. Isvan,C. James,D. A. Jensen,T. Kafka,S. M. S. Kasahara,G. Koizumi,M. Kordosky,A. E. Kreymer,Karol Lang,P. J. Litchfield,P. Lucas,W. A. Mann,Marvin L Marshak,N. Mayer,C. L. McGivern,M. M. Medeiros,R. Mehdiyev,J. R. Meier,M. D. Messier,D. G. Michael,Warner A. Miller,S. R. Mishra,S. Moed Sher,C. D. Moore,L. Mualem,J. A. Musser,D. Naples,J. K. Nelson,Harvey B Newman,R. J. Nichol,J. A. Nowak,J. O'Connor,M. Orchanian,R. B. Pahlka,J. M. Paley,R. B. Patterson,Gregory J Pawloski,A. Perch,S. Phan-Budd,R. K. Plunkett,N. Poonthottathil,X. Qiu,A. Radovic,B. Rebel,C. Rosenfeld,H. A. Rubin,M. C. Sanchez,J. Schneps,A. Schreckenberger,P. Schreiner,Rakesh Sharma,A. Sousa,N. Tagg,R. L. Talaga,Juergen Thomas,M. A. Thomson,X. Tian,A. Timmons,S. C. Tognini,R. Toner,D. Torretta,G. Tzanakos,J. Urheim,P. Vahle,B. Viren,A. C. Weber,R. C. Webb,Christopher G. White,L. H. Whitehead,Leigh H. Whitehead,Stanley G. Wojcicki,R. Zwaska +111 more
TL;DR: A new analysis of neutrino oscillations in MINOS using the complete set of accelerator and atmospheric data using the three-flavor formalism and constrain δ(CP), the θ(23} octant degeneracy and the mass hierarchy is reported.
Journal ArticleDOI
Electron neutrino and antineutrino appearance in the full MINOS data sample
P. Adamson,I. Anghel,C. Backhouse,G.D. Barr,M. Bishai,Andrew Blake,G. J. Bock,D. Bogert,S. V. Cao,D. Cherdack,S. Childress,Joao A B Coelho,L. Corwin,Daniel P Cronin-Hennessy,J. K. De Jong,A. V. Devan,N. E. Devenish,M. V. Diwan,Carlos Escobar,J. J. Evans,E. Falk,G. J. Feldman,M. V. Frohne,H. R. Gallagher,R. A. Gomes,Maury Goodman,P. Gouffon,N. Graf,R. Gran,K. Grzelak,Alec Habig,S. R. Hahn,J. Hartnell,R. Hatcher,A. Himmel,A. Holin,J. Hylen,G. M. Irwin,Z. Isvan,D. E. Jaffe,C. James,D. A. Jensen,T. Kafka,S. M. S. Kasahara,G. Koizumi,M. Kordosky,A. E. Kreymer,Karol Lang,P. J. Litchfield,P. Lucas,W. A. Mann,Marvin L Marshak,M. Mathis,N. Mayer,M. M. Medeiros,R. Mehdiyev,J. R. Meier,M. D. Messier,D. G. Michael,W. H. Miller,S. R. Mishra,S. Moed Sher,C. D. Moore,L. Mualem,J. A. Musser,D. Naples,J. K. Nelson,Harvey B Newman,R. J. Nichol,J. A. Nowak,Juan Pedro Ochoa-Ricoux,J. O'Connor,W. P. Oliver,M. Orchanian,R. B. Pahlka,J. M. Paley,R. B. Patterson,Gregory J Pawloski,S. Phan-Budd,R. K. Plunkett,X. Qiu,A. Radovic,B. Rebel,C. Rosenfeld,H. A. Rubin,M. C. Sanchez,J. Schneps,A. Schreckenberger,P. Schreiner,Rakesh Sharma,A. Sousa,N. Tagg,R. L. Talaga,Juergen Thomas,M. A. Thomson,G. Tinti,R. Toner,D. Torretta,G. Tzanakos,J. Urheim,P. Vahle,B. Viren,A. C. Weber,R. C. Webb,C. White,L. H. Whitehead,Stanley G. Wojcicki,T. Yang,R. Zwaska +108 more
TL;DR: This analysis is the first use of this technique and includes the first accelerator long-baseline search for ν (μ) → ν(e), and the data disfavor 31% (5%) of the three-parameter space defined by δ, the octant of the θ23, and the mass hierarchy at the 68% (90%) C.L.
Journal ArticleDOI
The NuMI neutrino beam
P. Adamson,Kevin Anderson,M. P. Andrews,R. Andrews,I. Anghel,I. Anghel,D. Augustine,A. Aurisano,S. Avvakumov,D. S. Ayres,B. Baller,B. C. Barish,G.D. Barr,William L. Barrett,R. H. Bernstein,J. Biggs,M. Bishai,Andrew Blake,V. Bocean,G. J. Bock,D. J. Boehnlein,D. Bogert,K. Bourkland,S. V. Cao,C. M. Castromonte,S. Childress,Brajesh C Choudhary,Joao A B Coelho,Joao A B Coelho,J.H. Cobb,L. Corwin,L. Corwin,D. Crane,J. P. Cravens,D. Cronin-Hennessy,R. Ducar,J. K. De Jong,A. V. Devan,N. E. Devenish,M. V. Diwan,A. R. Erwin,Carlos Escobar,J. J. Evans,E. Falk,G. J. Feldman,T. H. Fields,R. Ford,M. V. Frohne,H. R. Gallagher,V. Garkusha,R. A. Gomes,Maury Goodman,P. Gouffon,N. Graf,R. Gran,N. Grossman,K. Grzelak,Alec Habig,S. R. Hahn,D. J. Harding,D. A. Harris,Philip Harris,J. Hartnell,R. Hatcher,S. Hays,Ken Heller,A. Holin,Junwei Huang,J. Hylen,Ahmed Ibrahim,D. Indurthy,G. M. Irwin,Z. Isvan,Z. Isvan,D. E. Jaffe,C. James,D. A. Jensen,J. Johnstone,T. Kafka,S. M. S. Kasahara,G. Koizumi,Sacha E Kopp,M. Kordosky,A. E. Kreymer,Karol Lang,C. Laughton,G. Lefeuvre,P. J. Litchfield,P. J. Litchfield,L. Loiacono,P. Lucas,W. A. Mann,A. Marchionni,Marvin L Marshak,N. Mayer,N. Mayer,C. L. McGivern,M. M. Medeiros,R. Mehdiyev,J. R. Meier,M. D. Messier,M. D. Messier,D. Michael,R. H. Milburn,John Miller,W. H. Miller,S. R. Mishra,S. Moed Sher,C. D. Moore,Jorge G. Morfin,L. Mualem,S. L. Mufson,S. Murgia,M. J. Murtagh,J. A. Musser,D. Naples,J. K. Nelson,Harvey B Newman,R. J. Nichol,J. A. Nowak,J. O׳Connor,W. P. Oliver,M. Olsen,M. Orchanian,Scott Osprey,R. B. Pahlka,J. M. Paley,A. Para,R. B. Patterson,T. Patzak,Ž Pavlović,Gregory J Pawloski,Gregory J Pawloski,A. Perch,E. A. Peterson,David Petyt,M. M. Pfützner,S. Phan-Budd,R. K. Plunkett,N. Poonthottathil,P. Prieto,D. Pushka,X. Qiu,A. Radovic,R. A. Rameika,J. Ratchford,B. Rebel,R. Reilly,C. Rosenfeld,H. A. Rubin,K. Ruddick,M. C. Sanchez,M. C. Sanchez,Niki Saoulidou,L. Sauer,J. Schneps,D. Schoo,A. Schreckenberger,A. Schreckenberger,P. Schreiner,P. Shanahan,Rakesh Sharma,W. Smart,Caleb Smith,A. Sousa,A. Sousa,A. Stefanik,N. Tagg,R. L. Talaga,G. Tassotto,Juergen Thomas,J. A. Thompson,M. A. Thomson,X. Tian,A. Timmons,D. Tinsley,S. C. Tognini,R. Toner,D. Torretta,I. Trostin,G. Tzanakos,J. Urheim,P. Vahle,K. Vaziri,E. Villegas,B. Viren,G. Vogel,R. Webber,A. C. Weber,A. C. Weber,R. C. Webb,A. A. Wehmann,Christopher G. White,L. H. Whitehead,L. H. Whitehead,Leigh H. Whitehead,Stanley G. Wojcicki,M.L. Wong-Squires,T. Yang,Francisco Yumiceva,V. Zarucheisky,R. Zwaska +201 more
TL;DR: In this paper, the hardware and operations of the Neutrinos at the main Injector (NuMI) beam at Fermilab are described. But the most important design details of individual components are not discussed.
Journal ArticleDOI
Search for Sterile Neutrinos in MINOS and MINOS+ Using a Two-Detector Fit
P. Adamson,I. Anghel,I. Anghel,A. Aurisano,G.D. Barr,M. Bishai,Andrew Blake,Andrew Blake,G. J. Bock,D. Bogert,S. V. Cao,T. J. Carroll,C. M. Castromonte,R. Chen,S. Childress,Joao A B Coelho,L. Corwin,D. Cronin-Hennessy,J. K. De Jong,S. De Rijck,A. V. Devan,N. E. Devenish,M. V. Diwan,Carlos Escobar,J. J. Evans,E. Falk,G. J. Feldman,W. Flanagan,M. V. Frohne,M. Y. Gabrielyan,H. R. Gallagher,S. Germani,R. A. Gomes,Maury Goodman,P. Gouffon,N. Graf,R. Gran,K. Grzelak,Alec Habig,S. R. Hahn,J. Hartnell,R. Hatcher,A. Holin,Junwei Huang,J. Hylen,G. M. Irwin,Z. Isvan,C. James,D. A. Jensen,T. Kafka,S. M. S. Kasahara,L. W. Koerner,G. Koizumi,M. Kordosky,A. E. Kreymer,Karol Lang,P. J. Litchfield,P. J. Litchfield,P. Lucas,W. A. Mann,Marvin L Marshak,N. Mayer,C. L. McGivern,M. M. Medeiros,R. Mehdiyev,J. R. Meier,M. D. Messier,W. H. Miller,S. R. Mishra,S. Moed Sher,C. D. Moore,L. Mualem,J. A. Musser,D. Naples,J. K. Nelson,Harvey B Newman,R. J. Nichol,J. A. Nowak,J. O'Connor,M. Orchanian,R. B. Pahlka,J. M. Paley,R. B. Patterson,Gregory J Pawloski,A. Perch,M. M. Pfützner,D. D. Phan,S. Phan-Budd,R. K. Plunkett,N. Poonthottathil,X. Qiu,A. Radovic,B. Rebel,C. Rosenfeld,H. A. Rubin,P. Sail,M. C. Sanchez,M. C. Sanchez,J. Schneps,A. Schreckenberger,P. Schreiner,Rakesh Sharma,A. Sousa,N. Tagg,R. L. Talaga,Juergen Thomas,M. A. Thomson,X. Tian,A. Timmons,J. Todd,S. C. Tognini,R. Toner,D. Torretta,G. Tzanakos,J. Urheim,P. Vahle,B. Viren,A. C. Weber,A. C. Weber,R. C. Webb,Christopher G. White,Leigh H. Whitehead,Stanley G. Wojcicki,R. Zwaska +123 more
TL;DR: A simultaneous fit to the charged-current muon neutrino and neutral-current neutrini energy spectra in the two detectors yields no evidence for sterile neutrinos mixing using a 3+1 model.