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2020ApJ...891..142A - Astrophys. J., 891, 142-142 (2020/March-2)

Cosmic-ray anisotropies in right ascension measured by the Pierre Auger Observatory.

AAB A., ABREU P., AGLIETTA M., ALBUQUERQUE I.F.M., ALBURY J.M., ALLEKOTTE I., ALMELA A., ALVAREZ CASTILLO J., ALVAREZ-MUNIZ J., ANASTASI G.A., ANCHORDOQUI L., ANDRADA B., ANDRINGA S., ARAMO C., ARAUJO FERREIRA P.R., ASOREY H., ASSIS P., AVILA G., BADESCU A.M., BAKALOVA A., BALACEANU A., BARBATO F., BARREIRA LUZ R.J., BECKER K.H., BELLIDO J.A., BERAT C., BERTAINA M.E., BERTOU X., BIERMANN P.L., BISTER T., BITEAU J., BLANCO A., BLAZEK J., BLEVE C., BOHACOVA M., BONCIOLI D., BONIFAZI C., BONNEAU ARBELETCHE L., BORODAI N., BOTTI A.M., BRACK J., BRETZ T., BRIECHLE F.L., BUCHHOLZ P., BUENO A., BUITINK S., BUSCEMI M., CABALLERO-MORA K.S., CACCIANIGA L., CALCAGNI L., CANCIO A., CANFORA F., CARACAS I., CARCELLER J.M., CARUSO R., CASTELLINA A., CATALANI F., CATALDI G., CAZON L., CERDA M., CHINELLATO J.A., CHOI K., CHUDOBA J., CHYTKA L., CLAY R.W., COBOS CERUTTI A.C., COLALILLO R., COLEMAN A., COLUCCIA M.R., CONCEICAO R., CONDORELLI A., CONSOLATI G., CONTRERAS F., CONVENGA F., COVAULT C.E., DASSO S., DAUMILLER K., DAWSON B.R., DAY J.A., DE ALMEIDA R.M., DE JESUS J., DE JONG S.J., DE MAURO G., DE MELLO NETO J.R.T., DE MITRI I., DE OLIVEIRA J., DE OLIVEIRA FRANCO D., DE SOUZA V., DEBATIN J., DEL RIO M., DELIGNY O., DHITAL N., DI MATTEO A., DIAZ CASTRO M.L., DOBRIGKEIT C., D'OLIVO J.C., DOROSTI Q., DOS ANJOS R.C., DOVA M.T., EBR J., ENGEL R., EPICOCO I., ERDMANN M., ESCOBAR C.O., ETCHEGOYEN A., FALCKE H., FARMER J., FARRAR G., FAUTH A.C., FAZZINI N., FELDBUSCH F., FENU F., FICK B., FIGUEIRA J.M., FILIPCIC A., FREIRE M.M., FUJII T., FUSTER A., GALEA C., GALELLI C., GARCIA B., GARCIA VEGAS A.L., GEMMEKE H., GESUALDI F., GHERGHEL-LASCU A., GHIA P.L., GIACCARI U., GIAMMARCHI M., GILLER M., GLOMBITZA J., GOBBI F., GOLUP G., GOMEZ BERISSO M., GOMEZ VITALE P.F., GONGORA J.P., GONZALEZ N., GOOS I., GORA D., GORGI A., GOTTOWIK M., GRUBB T.D., GUARINO F., GUEDES G.P., GUIDO E., HAHN S., HALLIDAY R., HAMPEL M.R., HANSEN P., HARARI D., HARVEY V.M., HAUNGS A., HEBBEKER T., HECK D., HILL G.C., HOJVAT C., HORANDEL J.R., HORVATH P., HRABOVSKY M., HUEGE T., HULSMAN J., INSOLIA A., ISAR P.G., JOHNSEN J.A., JURYSEK J., KAAPA A., KAMPERT K.H., KEILHAUER B., KEMP J., KLAGES H.O., KLEIFGES M., KLEINFELLER J., KOPKE M., KUKEC MEZEK G., KUOTB AWAD A., LAGO B.L., LAHURD D., LANG R.G., LEIGUI DE OLIVEIRA M.A., LENOK V., LETESSIER-SELVON A., LHENRY-YVON I., LO PRESTI D., LOPES L., LOPEZ R., LOPEZ CASADO A., LOREK R., LUCE Q., LUCERO A., MACHADO PAYERAS A., MALACARI M., MANCARELLA G., MANDAT D., MANNING B.C., MANSHANDEN J., MANTSCH P., MARIAZZI A.G., MARIS I.C., MARSELLA G., MARTELLO D., MARTINEZ H., MARTINEZ BRAVO O., MASTRODICASA M., MATHES H.J., MATTHEWS J., MATTHIAE G., MAYOTTE E., MAZUR P.O., MEDINA-TANCO G., MELO D., MENSHIKOV A., MERENDA K.-D., MICHAL S., MICHELETTI M.I., MIRAMONTI L., MOCKLER D., MOLLERACH S., MONTANET F., MORELLO C., MORLINO G., MOSTAFA M., MULLER A.L., MULLER M.A., MULLER S., MUSSA R., MUZIO M., NAMASAKA W.M., NELLEN L., NICULESCU-OGLINZANU M., NIECHCIOL M., NITZ D., NOSEK D., NOVOTNY V., NOZKA L., NUCITA A., NUNEZ L.A., PALATKA M., PALLOTTA J., PANETTA M.P., PAPENBREER P., PARENTE G., PARRA A., PECH M., PEDREIRA F., PEKALA J., PELAYO R., PENA-RODRIGUEZ J., PEREIRA L.A.S., PEREZ ARMAND J., PERLIN M., PERRONE L., PETERS C., PETRERA S., PIEROG T., PIMENTA M., PIRRONELLO V., PLATINO M., PONT B., POTHAST M., PRIVITERA P., PROUZA M., PUYLEART A., QUERCHFELD S., RAUTENBERG J., RAVIGNANI D., REININGHAUS M., RIDKY J., RIEHN F., RISSE M., RISTORI P., RIZI V., RODRIGUES DE CARVALHO W., RODRIGUEZ ROJO J., RONCORONI M.J., ROTH M., ROULET E., ROVERO A.C., RUEHL P., SAFFI S.J., SAFTOIU A., SALAMIDA F., SALAZAR H., SALINA G., SANABRIA GOMEZ J.D., SANCHEZ F., SANTOS E.M., SANTOS E., SARAZIN F., SARMENTO R., SARMIENTO-CANO C., SATO R., SAVINA P., SCHAFER C., SCHERINI V., SCHIELER H., SCHIMASSEK M., SCHIMP M., SCHLUTER F., SCHMIDT D., SCHOLTEN O., SCHOVANEK P., SCHRODER F.G., SCHRODER S., SCIUTTO S.J., SCORNAVACCHE M., SHELLARD R.C., SIGL G., SILLI G., SIMA O., SMIDA R., SOMMERS P., SORIANO J.F., SOUCHARD J., SQUARTINI R., STADELMAIER M., STANCA D., STANIC S., STASIELAK J., STASSI P., STREICH A., SUAREZ-DURAN M., SUDHOLZ T., SUOMIJARVI T., SUPANITSKY A.D., SUPIK J., SZADKOWSKI Z., TABOADA A., TABORDA O.A., TAPIA A., TIMMERMANS C., TOBISKA P., TODERO PEIXOTO C.J., TOME B., TORRALBA ELIPE G., TRAVAINI A., TRAVNICEK P., TRIMARELLI C., TRINI M., TUEROS M., ULRICH R., UNGER M., URBAN M., VACLAVEK L., VALDES GALICIA J.F., VALINO I., VALORE L., VAN VLIET A., VARELA E., VARGAS CARDENAS B., VASQUEZ-RAMIREZ A., VEBERIC D., VENTURA C., VERGARA QUISPE I.D., VERZI V., VICHA J., VILLASENOR L., VINK J., VOROBIOV S., WAHLBERG H., WATSON A.A., WEBER M., WEINDL A., WIENCKE L., WILCZYNSKI H., WINCHEN T., WIRTZ M., WITTKOWSKI D., WUNDHEILER B., YUSHKOV A., ZAS E., ZAVRTANIK D., ZAVRTANIK M., ZEHRER L., ZEPEDA A., ZIOLKOWSKI M., ZUCCARELLO F. (The Pierre Auger Collaboration)

Abstract (from CDS):

We present measurements of the large-scale cosmic-ray (CR) anisotropies in R.A., using data collected by the surface detector array of the Pierre Auger Observatory over more than 14 yr. We determine the equatorial dipole component, d⊥, through a Fourier analysis in R.A. that includes weights for each event so as to account for the main detector-induced systematic effects. For the energies at which the trigger efficiency of the array is small, the "east-west" method is employed. Besides using the data from the array with detectors separated by 1500 m, we also include data from the smaller but denser subarray of detectors with 750 m separation, which allows us to extend the analysis down to ∼0.03 EeV. The most significant equatorial dipole amplitude obtained is that in the cumulative bin above 8 EeV, d⊥=6.0–0.9+1.0%, which is inconsistent with isotropy at the 6σ level. In the bins below 8 EeV, we obtain 99% CL upper bounds on d⊥ at the level of 1%-3%. At energies below 1 EeV, even though the amplitudes are not significant, the phases determined in most of the bins are not far from the R.A. of the Galactic center, at αGC = -94°, suggesting a predominantly Galactic origin for anisotropies at these energies. The reconstructed dipole phases in the energy bins above 4 EeV point instead to R.A. that are almost opposite to the Galactic center one, indicative of an extragalactic CR origin.

Abstract Copyright: © 2020. The American Astronomical Society. All rights reserved.

Journal keyword(s): Cosmic rays - Cosmic ray sources - Cosmic ray astronomy

Simbad objects: 1

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