Würzburg 2018 –
wissenschaftliches Programm
T 44: Experimentelle Methoden der Astroteilchenphysik II
Dienstag, 20. März 2018, 16:30–19:00, Z6 - SR 2.013
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16:30 |
T 44.1 |
mDOM - a multi-PMT optical module for future upgrades of IceCube — •Lew Classen, Tabea Eder, Daniel Guderian, Alexander Kappes, Cristian Lozano, Florian Sprenger, Florian Trittmaack, and Martin Unland for the IceCube collaboration
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16:45 |
T 44.2 |
The Wavelength-Shifting Optical Module for IceCube - Status and Performance — •Peter Peiffer for the IceCube-Gen2 collaboration
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17:00 |
T 44.3 |
In situ calibration of multi-PMT optical modules in the deep ice at the South Pole — •Tabea Eder, Lew Classen, and Alexander Kappes for the IceCube collaboration
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17:15 |
T 44.4 |
Dark rates from radioactive decays in the multi-PMT digital optical module — •Martin Antonio Unland Elorrieta, Lew Classen, and Alexander Kappes for the IceCube collaboration
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17:30 |
T 44.5 |
Background light sources in photomultiplier tubes operated at negative HV — •Florian Trittmaack, Lew Classen, and Alexander Kappes for the IceCube collaboration
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17:45 |
T 44.6 |
Sensitivity of multi-PMT optical modules to the energy spectrum of MeV supernova neutrinos — •Florian Sprenger, Cristian Jesús Lozano Mariscal, Lew Classen, and Alexander Kappes for the IceCube collaboration
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18:00 |
T 44.7 |
Measurement of luminescence spectra of ultra-purified water and ice — •Sarah Pieper
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18:15 |
T 44.8 |
Logging device for in-situ measurements of luminescence in ice — •Anna Pollmann for the IceCube collaboration
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18:30 |
T 44.9 |
Entwicklung einer Sonde zur Messung der Ausbreitungseigenschaften ultravioletten Lichts im antarktischen Eis — •Jannes Brostean-Kaiser für die IceCube-Gen2 Kollaboration
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18:45 |
T 44.10 |
The IceCube Neutrino Observatory as an instrument for glaciology — •Martin Rongen and Christopher Wiebusch for the IceCube collaboration
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