T 11: Neutrino-Astronomie I
Montag, 25. März 2019, 16:00–18:30, S10
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16:00 |
T 11.1 |
STRAW: strings for absorption length in water — •Andreas Gärtner for the STRAW collaboration
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16:15 |
T 11.2 |
SkyLLH - A new experiment-independent framework for celestial log-likelihood analyses in multi-messenger astronomy — •Tomas Kontrimas and Martin Wolf for the IceCube collaboration
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16:30 |
T 11.3 |
Geometry calibration of the KM3NeT neutrino telescope using atmospheric muons — •Daniel Guderian and Alexander Kappes
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16:45 |
T 11.4 |
Trilateration-based geometry calibration of the IceCube detector — •Frederic Jonske, Christian Haack, Lilly Peters, Shefali Shefali, Martin Rongen, and Christopher Wiebusch for the IceCube collaboration
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17:00 |
T 11.5 |
Development of acoustic receivers for the IceCube-Upgrade mDOM — •Roxanne Turcotte, Dirk Heinen, Frederic Jonske, Martin Rongen, Shefali Shefali, Christopher Wiebusch, and Simon Zierke for the IceCube collaboration
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17:15 |
T 11.6 |
Development of an Emitter for the Acoustic Geometry Calibration of the upcoming IceCube-Upgrade — •Shefali Shefali, Dirk Heinen, Frederic Jonske, Martin Rongen, Roxanne Turcotte, Christopher Wiebusch, and Simon Zierke for the IceCube collaboration
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17:30 |
T 11.7 |
Improving the IceCube-DeepCore event classification — •Leander Fischer for the IceCube collaboration
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17:45 |
T 11.8 |
Topological Track Reconstruction in Liquid Scintillator Neutrino Detectors for GeV Events — Caren Hagner, •David Meyhöfer, Henning Rebber, and Björn Wonsak for the JUNO collaboration
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18:00 |
T 11.9 |
Improving IceCube low energy event reconstruction — •Elisa Lohfink, Maicon Hieronymus, Sebastian Böser, and Elmar Schömer for the IceCube collaboration
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18:15 |
T 11.10 |
Simulation of Light Propagation Through Hole Ice for the IceCube Experiment — •Sebastian Fiedlschuster for the IceCube collaboration
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