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Towards Understanding the Origin of Cosmic-Ray Electrons

Precision results on cosmic-ray electrons are presented in the energy range from 0.5 GeV to 1.4 TeV based on 28.1×106 electrons collected by the Alpha Magnetic Spectrometer on the International Space Station. In the entire energy range the electron and positron spectra have distinctly different magn...

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Detalles Bibliográficos
Autores principales: Aguilar, M, Ali Cavasonza, L, Alpat, B, Ambrosi, G, Arruda, L, Attig, N, Azzarello, P, Bachlechner, A, Barao, F, Barrau, A, Barrin, L, Bartoloni, A, Basara, L, Başeğmez-du Pree, S, Battiston, R, Becker, U, Behlmann, M, Beischer, B, Berdugo, J, Bertucci, B, Bindi, V, de Boer, W, Bollweg, K, Borgia, B, Boschini, M J, Bourquin, M, Bueno, E F, Burger, J, Burger, W J, Cai, X D, Capell, M, Caroff, S, Casaus, J, Castellini, G, Cervelli, F, Chang, Y H, Chen, G M, Chen, H S, Chen, Y, Cheng, L, Chou, H Y, Choutko, V, Chung, C H, Clark, C, Coignet, G, Consolandi, C, Contin, A, Corti, C, Crispoltoni, M, Cui, Z, Dadzie, K, Dai, Y M, Datta, A, Delgado, C, Della Torre, S, Demirköz, M B, Derome, L, Di Falco, S, Di Felice, V, Dimiccoli, F, Díaz, C, von Doetinchem, P, Dong, F, Donnini, F, Duranti, M, Egorov, A, Eline, A, Eronen, T, Feng, J, Fiandrini, E, Fisher, P, Formato, V, Galaktionov, Y, García-López, R J, Gargiulo, C, Gast, H, Gebauer, I, Gervasi, M, Giovacchini, F, Gómez-Coral, D M, Gong, J, Goy, C, Grabski, V, Grandi, D, Graziani, M, Guo, K H, Haino, S, Han, K C, He, Z H, Heil, M, Hsieh, T H, Huang, H, Huang, Z C, Incagli, M, Jia, Yi, Jinchi, H, Kanishev, K, Khiali, B, Kirn, Th, Konak, C, Kounina, O, Kounine, A, Koutsenko, V, Kulemzin, A, La Vacca, G, Laudi, E, Laurenti, G, Lazzizzera, I, Lebedev, A, Lee, H T, Lee, S C, Leluc, C, Li, J Q, Li, Q, Li, T X, Li, Z H, Light, C, Lin, C H, Lippert, T, Liu, F Z, Liu, Hu, Liu, Z, Lu, S Q, Lu, Y S, Luebelsmeyer, K, Luo, F, Luo, J Z, Luo, Xi, Lyu, S S, Machate, F, Mañá, C, Marín, J, Martin, T, Martínez, G, Masi, N, Maurin, D, Menchaca-Rocha, A, Meng, Q, Mo, D C, Molero, M, Mott, P, Mussolin, L, Nelson, T, Ni, J Q, Nikonov, N, Nozzoli, F, Oliva, A, Orcinha, M, Palermo, M, Palmonari, F, Paniccia, M, Pashnin, A, Pauluzzi, M, Pensotti, S, Perrina, C, Phan, H D, Picot-Clemente, N, Plyaskin, V, Pohl, M, Poireau, V, Popkow, A, Quadrani, L, Qi, X M, Qin, X, Qu, Z Y, Rancoita, P G, Rapin, D, Conde, A Reina, Rosier-Lees, S, Rozhkov, A, Rozza, D, Sagdeev, R, Solano, C, Schael, S, Schmidt, S M, von Dratzig, A Schulz, Schwering, G, Seo, E S, Shan, B S, Shi, J Y, Siedenburg, T, Song, J W, Sun, Z T, Tacconi, M, Tang, X W, Tang, Z C, Tian, J, Ting, Samuel C C, Ting, S M, Tomassetti, N, Torsti, J, Urban, T, Vagelli, V, Valente, E, Valtonen, E, Acosta, M Vázquez, Vecchi, M, Velasco, M, Vialle, J P, Vizán, J, Wang, L Q, Wang, N H, Wang, Q L, Wang, X, Wang, X Q, Wang, Z X, Wei, J, Weng, Z L, Wu, H, Xiong, R Q, Xu, W, Yan, Q, Yang, Y, Yi, H, Yu, Y J, Yu, Z Q, Zannoni, M, Zeissler, S, Zhang, C, Zhang, F, Zhang, J H, Zhang, Z, Zhao, F, Zheng, Z M, Zhuang, H L, Zhukov, V, Zichichi, A, Zimmermann, N, Zuccon, P
Lenguaje:eng
Publicado: 2019
Materias:
Acceso en línea:https://dx.doi.org/10.1103/PhysRevLett.122.101101
http://cds.cern.ch/record/2686972
_version_ 1780963610155024384
author Aguilar, M
Ali Cavasonza, L
Alpat, B
Ambrosi, G
Arruda, L
Attig, N
Azzarello, P
Bachlechner, A
Barao, F
Barrau, A
Barrin, L
Bartoloni, A
Basara, L
Başeğmez-du Pree, S
Battiston, R
Becker, U
Behlmann, M
Beischer, B
Berdugo, J
Bertucci, B
Bindi, V
de Boer, W
Bollweg, K
Borgia, B
Boschini, M J
Bourquin, M
Bueno, E F
Burger, J
Burger, W J
Cai, X D
Capell, M
Caroff, S
Casaus, J
Castellini, G
Cervelli, F
Chang, Y H
Chen, G M
Chen, H S
Chen, Y
Cheng, L
Chou, H Y
Choutko, V
Chung, C H
Clark, C
Coignet, G
Consolandi, C
Contin, A
Corti, C
Crispoltoni, M
Cui, Z
Dadzie, K
Dai, Y M
Datta, A
Delgado, C
Della Torre, S
Demirköz, M B
Derome, L
Di Falco, S
Di Felice, V
Dimiccoli, F
Díaz, C
von Doetinchem, P
Dong, F
Donnini, F
Duranti, M
Egorov, A
Eline, A
Eronen, T
Feng, J
Fiandrini, E
Fisher, P
Formato, V
Galaktionov, Y
García-López, R J
Gargiulo, C
Gast, H
Gebauer, I
Gervasi, M
Giovacchini, F
Gómez-Coral, D M
Gong, J
Goy, C
Grabski, V
Grandi, D
Graziani, M
Guo, K H
Haino, S
Han, K C
He, Z H
Heil, M
Hsieh, T H
Huang, H
Huang, Z C
Incagli, M
Jia, Yi
Jinchi, H
Kanishev, K
Khiali, B
Kirn, Th
Konak, C
Kounina, O
Kounine, A
Koutsenko, V
Kulemzin, A
La Vacca, G
Laudi, E
Laurenti, G
Lazzizzera, I
Lebedev, A
Lee, H T
Lee, S C
Leluc, C
Li, J Q
Li, Q
Li, T X
Li, Z H
Light, C
Lin, C H
Lippert, T
Liu, F Z
Liu, Hu
Liu, Z
Lu, S Q
Lu, Y S
Luebelsmeyer, K
Luo, F
Luo, J Z
Luo, Xi
Lyu, S S
Machate, F
Mañá, C
Marín, J
Martin, T
Martínez, G
Masi, N
Maurin, D
Menchaca-Rocha, A
Meng, Q
Mo, D C
Molero, M
Mott, P
Mussolin, L
Nelson, T
Ni, J Q
Nikonov, N
Nozzoli, F
Oliva, A
Orcinha, M
Palermo, M
Palmonari, F
Paniccia, M
Pashnin, A
Pauluzzi, M
Pensotti, S
Perrina, C
Phan, H D
Picot-Clemente, N
Plyaskin, V
Pohl, M
Poireau, V
Popkow, A
Quadrani, L
Qi, X M
Qin, X
Qu, Z Y
Rancoita, P G
Rapin, D
Conde, A Reina
Rosier-Lees, S
Rozhkov, A
Rozza, D
Sagdeev, R
Solano, C
Schael, S
Schmidt, S M
von Dratzig, A Schulz
Schwering, G
Seo, E S
Shan, B S
Shi, J Y
Siedenburg, T
Song, J W
Sun, Z T
Tacconi, M
Tang, X W
Tang, Z C
Tian, J
Ting, Samuel C C
Ting, S M
Tomassetti, N
Torsti, J
Urban, T
Vagelli, V
Valente, E
Valtonen, E
Acosta, M Vázquez
Vecchi, M
Velasco, M
Vialle, J P
Vizán, J
Wang, L Q
Wang, N H
Wang, Q L
Wang, X
Wang, X Q
Wang, Z X
Wei, J
Weng, Z L
Wu, H
Xiong, R Q
Xu, W
Yan, Q
Yang, Y
Yi, H
Yu, Y J
Yu, Z Q
Zannoni, M
Zeissler, S
Zhang, C
Zhang, F
Zhang, J H
Zhang, Z
Zhao, F
Zheng, Z M
Zhuang, H L
Zhukov, V
Zichichi, A
Zimmermann, N
Zuccon, P
author_facet Aguilar, M
Ali Cavasonza, L
Alpat, B
Ambrosi, G
Arruda, L
Attig, N
Azzarello, P
Bachlechner, A
Barao, F
Barrau, A
Barrin, L
Bartoloni, A
Basara, L
Başeğmez-du Pree, S
Battiston, R
Becker, U
Behlmann, M
Beischer, B
Berdugo, J
Bertucci, B
Bindi, V
de Boer, W
Bollweg, K
Borgia, B
Boschini, M J
Bourquin, M
Bueno, E F
Burger, J
Burger, W J
Cai, X D
Capell, M
Caroff, S
Casaus, J
Castellini, G
Cervelli, F
Chang, Y H
Chen, G M
Chen, H S
Chen, Y
Cheng, L
Chou, H Y
Choutko, V
Chung, C H
Clark, C
Coignet, G
Consolandi, C
Contin, A
Corti, C
Crispoltoni, M
Cui, Z
Dadzie, K
Dai, Y M
Datta, A
Delgado, C
Della Torre, S
Demirköz, M B
Derome, L
Di Falco, S
Di Felice, V
Dimiccoli, F
Díaz, C
von Doetinchem, P
Dong, F
Donnini, F
Duranti, M
Egorov, A
Eline, A
Eronen, T
Feng, J
Fiandrini, E
Fisher, P
Formato, V
Galaktionov, Y
García-López, R J
Gargiulo, C
Gast, H
Gebauer, I
Gervasi, M
Giovacchini, F
Gómez-Coral, D M
Gong, J
Goy, C
Grabski, V
Grandi, D
Graziani, M
Guo, K H
Haino, S
Han, K C
He, Z H
Heil, M
Hsieh, T H
Huang, H
Huang, Z C
Incagli, M
Jia, Yi
Jinchi, H
Kanishev, K
Khiali, B
Kirn, Th
Konak, C
Kounina, O
Kounine, A
Koutsenko, V
Kulemzin, A
La Vacca, G
Laudi, E
Laurenti, G
Lazzizzera, I
Lebedev, A
Lee, H T
Lee, S C
Leluc, C
Li, J Q
Li, Q
Li, T X
Li, Z H
Light, C
Lin, C H
Lippert, T
Liu, F Z
Liu, Hu
Liu, Z
Lu, S Q
Lu, Y S
Luebelsmeyer, K
Luo, F
Luo, J Z
Luo, Xi
Lyu, S S
Machate, F
Mañá, C
Marín, J
Martin, T
Martínez, G
Masi, N
Maurin, D
Menchaca-Rocha, A
Meng, Q
Mo, D C
Molero, M
Mott, P
Mussolin, L
Nelson, T
Ni, J Q
Nikonov, N
Nozzoli, F
Oliva, A
Orcinha, M
Palermo, M
Palmonari, F
Paniccia, M
Pashnin, A
Pauluzzi, M
Pensotti, S
Perrina, C
Phan, H D
Picot-Clemente, N
Plyaskin, V
Pohl, M
Poireau, V
Popkow, A
Quadrani, L
Qi, X M
Qin, X
Qu, Z Y
Rancoita, P G
Rapin, D
Conde, A Reina
Rosier-Lees, S
Rozhkov, A
Rozza, D
Sagdeev, R
Solano, C
Schael, S
Schmidt, S M
von Dratzig, A Schulz
Schwering, G
Seo, E S
Shan, B S
Shi, J Y
Siedenburg, T
Song, J W
Sun, Z T
Tacconi, M
Tang, X W
Tang, Z C
Tian, J
Ting, Samuel C C
Ting, S M
Tomassetti, N
Torsti, J
Urban, T
Vagelli, V
Valente, E
Valtonen, E
Acosta, M Vázquez
Vecchi, M
Velasco, M
Vialle, J P
Vizán, J
Wang, L Q
Wang, N H
Wang, Q L
Wang, X
Wang, X Q
Wang, Z X
Wei, J
Weng, Z L
Wu, H
Xiong, R Q
Xu, W
Yan, Q
Yang, Y
Yi, H
Yu, Y J
Yu, Z Q
Zannoni, M
Zeissler, S
Zhang, C
Zhang, F
Zhang, J H
Zhang, Z
Zhao, F
Zheng, Z M
Zhuang, H L
Zhukov, V
Zichichi, A
Zimmermann, N
Zuccon, P
author_sort Aguilar, M
collection CERN
description Precision results on cosmic-ray electrons are presented in the energy range from 0.5 GeV to 1.4 TeV based on 28.1×106 electrons collected by the Alpha Magnetic Spectrometer on the International Space Station. In the entire energy range the electron and positron spectra have distinctly different magnitudes and energy dependences. The electron flux exhibits a significant excess starting from 42.1-5.2+5.4  GeV compared to the lower energy trends, but the nature of this excess is different from the positron flux excess above 25.2±1.8  GeV. Contrary to the positron flux, which has an exponential energy cutoff of 810-180+310  GeV, at the 5σ level the electron flux does not have an energy cutoff below 1.9 TeV. In the entire energy range the electron flux is well described by the sum of two power law components. The different behavior of the cosmic-ray electrons and positrons measured by the Alpha Magnetic Spectrometer is clear evidence that most high energy electrons originate from different sources than high energy positrons.
id oai-inspirehep.net-1725636
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2019
record_format invenio
spelling oai-inspirehep.net-17256362022-08-10T12:24:44Zdoi:10.1103/PhysRevLett.122.101101http://cds.cern.ch/record/2686972engAguilar, MAli Cavasonza, LAlpat, BAmbrosi, GArruda, LAttig, NAzzarello, PBachlechner, ABarao, FBarrau, ABarrin, LBartoloni, ABasara, LBaşeğmez-du Pree, SBattiston, RBecker, UBehlmann, MBeischer, BBerdugo, JBertucci, BBindi, Vde Boer, WBollweg, KBorgia, BBoschini, M JBourquin, MBueno, E FBurger, JBurger, W JCai, X DCapell, MCaroff, SCasaus, JCastellini, GCervelli, FChang, Y HChen, G MChen, H SChen, YCheng, LChou, H YChoutko, VChung, C HClark, CCoignet, GConsolandi, CContin, ACorti, CCrispoltoni, MCui, ZDadzie, KDai, Y MDatta, ADelgado, CDella Torre, SDemirköz, M BDerome, LDi Falco, SDi Felice, VDimiccoli, FDíaz, Cvon Doetinchem, PDong, FDonnini, FDuranti, MEgorov, AEline, AEronen, TFeng, JFiandrini, EFisher, PFormato, VGalaktionov, YGarcía-López, R JGargiulo, CGast, HGebauer, IGervasi, MGiovacchini, FGómez-Coral, D MGong, JGoy, CGrabski, VGrandi, DGraziani, MGuo, K HHaino, SHan, K CHe, Z HHeil, MHsieh, T HHuang, HHuang, Z CIncagli, MJia, YiJinchi, HKanishev, KKhiali, BKirn, ThKonak, CKounina, OKounine, AKoutsenko, VKulemzin, ALa Vacca, GLaudi, ELaurenti, GLazzizzera, ILebedev, ALee, H TLee, S CLeluc, CLi, J QLi, QLi, T XLi, Z HLight, CLin, C HLippert, TLiu, F ZLiu, HuLiu, ZLu, S QLu, Y SLuebelsmeyer, KLuo, FLuo, J ZLuo, XiLyu, S SMachate, FMañá, CMarín, JMartin, TMartínez, GMasi, NMaurin, DMenchaca-Rocha, AMeng, QMo, D CMolero, MMott, PMussolin, LNelson, TNi, J QNikonov, NNozzoli, FOliva, AOrcinha, MPalermo, MPalmonari, FPaniccia, MPashnin, APauluzzi, MPensotti, SPerrina, CPhan, H DPicot-Clemente, NPlyaskin, VPohl, MPoireau, VPopkow, AQuadrani, LQi, X MQin, XQu, Z YRancoita, P GRapin, DConde, A ReinaRosier-Lees, SRozhkov, ARozza, DSagdeev, RSolano, CSchael, SSchmidt, S Mvon Dratzig, A SchulzSchwering, GSeo, E SShan, B SShi, J YSiedenburg, TSong, J WSun, Z TTacconi, MTang, X WTang, Z CTian, JTing, Samuel C CTing, S MTomassetti, NTorsti, JUrban, TVagelli, VValente, EValtonen, EAcosta, M VázquezVecchi, MVelasco, MVialle, J PVizán, JWang, L QWang, N HWang, Q LWang, XWang, X QWang, Z XWei, JWeng, Z LWu, HXiong, R QXu, WYan, QYang, YYi, HYu, Y JYu, Z QZannoni, MZeissler, SZhang, CZhang, FZhang, J HZhang, ZZhao, FZheng, Z MZhuang, H LZhukov, VZichichi, AZimmermann, NZuccon, PTowards Understanding the Origin of Cosmic-Ray ElectronsAstrophysics and AstronomyPrecision results on cosmic-ray electrons are presented in the energy range from 0.5 GeV to 1.4 TeV based on 28.1×106 electrons collected by the Alpha Magnetic Spectrometer on the International Space Station. In the entire energy range the electron and positron spectra have distinctly different magnitudes and energy dependences. The electron flux exhibits a significant excess starting from 42.1-5.2+5.4  GeV compared to the lower energy trends, but the nature of this excess is different from the positron flux excess above 25.2±1.8  GeV. Contrary to the positron flux, which has an exponential energy cutoff of 810-180+310  GeV, at the 5σ level the electron flux does not have an energy cutoff below 1.9 TeV. In the entire energy range the electron flux is well described by the sum of two power law components. The different behavior of the cosmic-ray electrons and positrons measured by the Alpha Magnetic Spectrometer is clear evidence that most high energy electrons originate from different sources than high energy positrons.oai:inspirehep.net:17256362019
spellingShingle Astrophysics and Astronomy
Aguilar, M
Ali Cavasonza, L
Alpat, B
Ambrosi, G
Arruda, L
Attig, N
Azzarello, P
Bachlechner, A
Barao, F
Barrau, A
Barrin, L
Bartoloni, A
Basara, L
Başeğmez-du Pree, S
Battiston, R
Becker, U
Behlmann, M
Beischer, B
Berdugo, J
Bertucci, B
Bindi, V
de Boer, W
Bollweg, K
Borgia, B
Boschini, M J
Bourquin, M
Bueno, E F
Burger, J
Burger, W J
Cai, X D
Capell, M
Caroff, S
Casaus, J
Castellini, G
Cervelli, F
Chang, Y H
Chen, G M
Chen, H S
Chen, Y
Cheng, L
Chou, H Y
Choutko, V
Chung, C H
Clark, C
Coignet, G
Consolandi, C
Contin, A
Corti, C
Crispoltoni, M
Cui, Z
Dadzie, K
Dai, Y M
Datta, A
Delgado, C
Della Torre, S
Demirköz, M B
Derome, L
Di Falco, S
Di Felice, V
Dimiccoli, F
Díaz, C
von Doetinchem, P
Dong, F
Donnini, F
Duranti, M
Egorov, A
Eline, A
Eronen, T
Feng, J
Fiandrini, E
Fisher, P
Formato, V
Galaktionov, Y
García-López, R J
Gargiulo, C
Gast, H
Gebauer, I
Gervasi, M
Giovacchini, F
Gómez-Coral, D M
Gong, J
Goy, C
Grabski, V
Grandi, D
Graziani, M
Guo, K H
Haino, S
Han, K C
He, Z H
Heil, M
Hsieh, T H
Huang, H
Huang, Z C
Incagli, M
Jia, Yi
Jinchi, H
Kanishev, K
Khiali, B
Kirn, Th
Konak, C
Kounina, O
Kounine, A
Koutsenko, V
Kulemzin, A
La Vacca, G
Laudi, E
Laurenti, G
Lazzizzera, I
Lebedev, A
Lee, H T
Lee, S C
Leluc, C
Li, J Q
Li, Q
Li, T X
Li, Z H
Light, C
Lin, C H
Lippert, T
Liu, F Z
Liu, Hu
Liu, Z
Lu, S Q
Lu, Y S
Luebelsmeyer, K
Luo, F
Luo, J Z
Luo, Xi
Lyu, S S
Machate, F
Mañá, C
Marín, J
Martin, T
Martínez, G
Masi, N
Maurin, D
Menchaca-Rocha, A
Meng, Q
Mo, D C
Molero, M
Mott, P
Mussolin, L
Nelson, T
Ni, J Q
Nikonov, N
Nozzoli, F
Oliva, A
Orcinha, M
Palermo, M
Palmonari, F
Paniccia, M
Pashnin, A
Pauluzzi, M
Pensotti, S
Perrina, C
Phan, H D
Picot-Clemente, N
Plyaskin, V
Pohl, M
Poireau, V
Popkow, A
Quadrani, L
Qi, X M
Qin, X
Qu, Z Y
Rancoita, P G
Rapin, D
Conde, A Reina
Rosier-Lees, S
Rozhkov, A
Rozza, D
Sagdeev, R
Solano, C
Schael, S
Schmidt, S M
von Dratzig, A Schulz
Schwering, G
Seo, E S
Shan, B S
Shi, J Y
Siedenburg, T
Song, J W
Sun, Z T
Tacconi, M
Tang, X W
Tang, Z C
Tian, J
Ting, Samuel C C
Ting, S M
Tomassetti, N
Torsti, J
Urban, T
Vagelli, V
Valente, E
Valtonen, E
Acosta, M Vázquez
Vecchi, M
Velasco, M
Vialle, J P
Vizán, J
Wang, L Q
Wang, N H
Wang, Q L
Wang, X
Wang, X Q
Wang, Z X
Wei, J
Weng, Z L
Wu, H
Xiong, R Q
Xu, W
Yan, Q
Yang, Y
Yi, H
Yu, Y J
Yu, Z Q
Zannoni, M
Zeissler, S
Zhang, C
Zhang, F
Zhang, J H
Zhang, Z
Zhao, F
Zheng, Z M
Zhuang, H L
Zhukov, V
Zichichi, A
Zimmermann, N
Zuccon, P
Towards Understanding the Origin of Cosmic-Ray Electrons
title Towards Understanding the Origin of Cosmic-Ray Electrons
title_full Towards Understanding the Origin of Cosmic-Ray Electrons
title_fullStr Towards Understanding the Origin of Cosmic-Ray Electrons
title_full_unstemmed Towards Understanding the Origin of Cosmic-Ray Electrons
title_short Towards Understanding the Origin of Cosmic-Ray Electrons
title_sort towards understanding the origin of cosmic-ray electrons
topic Astrophysics and Astronomy
url https://dx.doi.org/10.1103/PhysRevLett.122.101101
http://cds.cern.ch/record/2686972
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