Testing Lorentz invariance and CPT conservation with NuMI neutrinos in the MINOS near detector.
- Adamson, P
- Andreopoulos, C
- Arms, KE
- Armstrong, R
- Auty, DJ
- Ayres, DS
- Baller, B
- Barr, G
- Barrett, WL
- Becker, BR
- Belias, A
- Bernstein, RH
- Bhattacharya, D
- Bishai, M
- Blake, A
- Bock, GJ
- Boehm, J
- Boehnlein, DJ
- Bogert, D
- Bower, C
- Buckley-Geer, E
- Cavanaugh, S
- Chapman, JD
- Cherdack, D
- Childress, S
- Choudhary, BC
- Coleman, SJ
- Culling, AJ
- de Jong, JK
- Diwan, MV
- Dorman, M
- Dytman, SA
- Escobar, CO
- Evans, JJ
- Falk Harris, E
- Feldman, GJ
- Frohne, MV
- Gallagher, HR
- Goodman, MC
- Gouffon, P
- Gran, R
- Grashorn, EW
- Grossman, N
- Grzelak, K
- Habig, A
- Harris, D
- Harris, PG
- Hartnell, J
- Hatcher, R
- Heller, K
- Himmel, A
- Holin, A
- Hylen, J
- Irwin, GM
- Ishitsuka, M
- Jaffe, DE
- James, C
- Jensen, D
- Kafka, T
- Kasahara, SM
- Kim, JJ
- Koizumi, G
- Kopp, S
- Kordosky, M
- Koskinen, DJ
- Kreymer, A
- Kumaratunga, S
- Lang, K
- Ling, J
- Litchfield, PJ
- Litchfield, RP
- Loiacono, L
- Lucas, P
- Ma, J
- Mann, WA
- Marshak, ML
- Marshall, JS
- Mayer, N
- McGowan, AM
- Meier, JR
- Messier, MD
- Metelko, CJ
- Michael, DG
- Miller, JL
- Miller, WH
- Mishra, SR
- Moore, CD
- Morfín, J
- Mualem, L
- Mufson, S
- Murgia, S
- Musser, J
- Naples, D
- Nelson, JK
- Newman, HB
- Nichol, RJ
- Nicholls, TC
- Ochoa-Ricoux, JP
- Oliver, WP
- Ospanov, R
- Paley, J
- Paolone, V
- Para, A
- Patzak, T
- Pavlović, Z
- Pawloski, G
- Pearce, GF
- Peck, CW
- Petyt, DA
- Pittam, R
- Plunkett, RK
- Rahaman, A
- Rameika, RA
- Raufer, TM
- Rebel, B
- Reichenbacher, J
- Rodrigues, PA
- Rosenfeld, C
- Rubin, HA
- Sanchez, MC
- Saoulidou, N
- Schneps, J
- Schreiner, P
- Shanahan, P
- Smart, W
- Sousa, A
- Speakman, B
- Stamoulis, P
- Strait, M
- Tagg, N
- Talaga, RL
- Tavera, MA
- Thomas, J
- Thompson, J
- Thomson, MA
- Thron, JL
- Tinti, G
- Tzanakos, G
- Urheim, J
- Vahle, P
- Viren, B
- Watabe, M
- Weber, A
- Webb, RC
- Wehmann, A
- West, N
- White, C
- Wojcicki, SG
- Yang, T
- Zois, M
- Zhang, K
- Zwaska, R
Publication date
October 2008
DOI Publisher
American Physical Society (APS) Journal
Physical Review LettersAbstract
A search for a sidereal modulation in the MINOS near detector neutrino data was performed. If present, this signature could be a consequence of Lorentz and CPT violation as predicted by the effective field theory called the standard-model extension. No evidence for a sidereal signal in the data set was found, implying that there is no significant change in neutrino propagation that depends on the direction of the neutrino beam in a sun-centered inertial frame. Upper limits on the magnitudes of the Lorentz and CPT violating terms in the standard-model extension lie between 10(-4) and 10(-2) of the maximum expected, assuming a suppression of these signatures by a factor of 10(-17)
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