45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the extragalactic propagation of ultrahigh energy cosmic-rays (UHECR). We present the different energy loss processes of protons and nuclei, and their expected influence on energy evolution of the UHECR spectrum and composition. We discuss the possible implications of the recent composition analyses provided by the Pierre Auger Observatory. The influence of extragalactic magnetic fields and possible departures from the rectilinear case are also mentioned as well as the production of secondary cosmogenic neutrinos and photons and the constraints their observation would imply for the UHECRs origin. Finally, we conclude by briefly discussing the releva...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
This paper summarizes recent developments in the study of the propagation of ultra-high energy cosmi...
The propagation of UHECR nuclei for A = 1 (protons) to A = 56 (iron) from cosmological sources thr...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
In this paper we review the extragalactic propagation of ultrahigh energy cosmic-rays (UHECR). We pr...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
This paper summarizes recent developments in the study of the propagation of ultra-high energy cosmi...
The propagation of UHECR nuclei for A = 1 (protons) to A = 56 (iron) from cosmological sources thr...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
45 pages, 16 figures; Cosmic Rays Topical IssueInternational audienceIn this paper we review the ext...
In this paper we review the extragalactic propagation of ultrahigh energy cosmic-rays (UHECR). We pr...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
The origin of the highest energy cosmic rays (UHECRs, E ≥ $10^19$ eV) remains a mystery. The Pie...
This paper summarizes recent developments in the study of the propagation of ultra-high energy cosmi...
The propagation of UHECR nuclei for A = 1 (protons) to A = 56 (iron) from cosmological sources thr...