Conveners
Astroparticle Physics
- Dmitri Semikoz (APC, Paris)
- Antonella Castellina (INAF and INFN)
Dr
Henso Abreu
(Israel Institute of Technology (IL))
06/10/2015, 10:30
Astroparticle Physics
Oral Presentation
Searches for strongly produced dark matters in events with
jets, photons, heavy-flavor quarks or massive gauge bosons recoiling
against large missing transverse momentum in ATLAS are presented.
These “MET+X” signatures provide powerful probes to dark matter
production at the LHC, allowing us to interpret results in terms of
effective field theory and/or simplified models with pair...
Prof.
Mario Bertaina
(University of Torino and INFN Torino)
06/10/2015, 10:50
Astroparticle Physics
Oral Presentation
Cosmic Rays above 10^17 eV allow studying hadronic interactions at energies that can not be attained at accelerators yet.
At the same time hadronic interaction models have to be applied to
the cosmic-ray induced air-shower cascades in atmosphere to infer the nature of cosmic rays. The reliability of air-shower simulations has become the source of one of the largest systematic uncertainty in...
Ralf Ulrich
(KIT)
06/10/2015, 11:15
Astroparticle Physics
Oral Presentation
Many LHC measurements have already been used to improve hadronic interaction models and thus lowered the model dependence of cosmic ray data analyses. However, the LHC still has a lot more potential to provide crucial information, which has not been fully exploited so far. Since the start of Run2 the highest accelerator beam energies are reached and no further increase can be expected for a...
Dr
Sergey Ostapchenko
(Frankfurt Institute for Advanced Studies (FIAS))
06/10/2015, 11:40
Astroparticle Physics
Oral Presentation
I shall review the state-of-the-art concerning the treatment of high energy cosmic ray interactions in the atmosphere, discussing in some detail the underlying physical concepts and presenting a comparison of model results with selected accelerator data. Further, the relation of basic characteristics of hadronic interactions with the properties of
nuclear-electromagnetic cascades induced by...
Dr
Darko Veberic
(Institute for Nuclear Physics, Karlsruhe Institute of Technology)
06/10/2015, 12:35
Astroparticle Physics
Oral Presentation
The muon content of extensive air showers produced by the ultra-high energy cosmic rays is an observable sensitive to the composition of the primary particle and to the properties of hadronic interactions driving the air-shower cascade. We present different methods to estimate the muon number at the ground and the muon production depth using measurements of the longitudinal, lateral, and...
Dr
Rasha Abbasi
(University of Utah)
06/10/2015, 12:55
Astroparticle Physics
Oral Presentation
Detecting Ultra High Energies Cosmic Rays (UHECRs) enables us to measure the proton-air inelastic cross section $\sigma^{\rm inel}_{\rm p-air}$ at energies that we are unable to access with particle accelerators. The proton-proton cross section $\sigma_{\rm p-p}$ is subsequently inferred from the proton-air cross section at these energies. UHECRs experiments have been reporting on the...
Prof.
Elisa Resconi
(TU Munchen)
06/10/2015, 13:15
Astroparticle Physics
Oral Presentation
The neutrino observatory IceCube is opening a new observational window to the Universe.
IceCube, which has been constructed in the icecap at the South Pole, is taking data since
Spring 2011 in full configuration. The first years of data reveled the existence of
extremely high neutrinos at the PeV scale. The observed diffuse neutrino flux is with high probability of
astrophysical origin....
Dr
Gwenael Giacinti
(MPIK, Heidelberg)
06/10/2015, 13:35
Astroparticle Physics
Oral Presentation
IceCube telescope has detected ~TeV-PeV neutrinos of astrophysical origin. Currently, their origin is still unknown. In this talk, we will review the main recent theoretical explanations for these high-energy neutrinos. Both scenarios of a Galactic origin (such as the Fermi bubbles, cosmic rays in the halo, or other Galactic sources) and of an extragalactic origin (such as active galactic...
