T 99: Neutrino Astronomy 4
Donnerstag, 24. März 2022, 16:15–18:35, T-H30
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16:15 |
T 99.1 |
Gruppenbericht:
Status of the KM3NeT experiment and contributions from ECAP — •Rodrigo Gracia-Ruiz for the ANTARES-KM3NET-ERLANGEN collaboration
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16:35 |
T 99.2 |
Studying optical water properties with atmospheric muon events in KM3NeT/ORCA — •Martin Schneider for the ANTARES-KM3NET-ERLANGEN collaboration
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16:50 |
T 99.3 |
Energy spectrum unfolding for Supernova burst neutrinos in JUNO — •Thilo Birkenfeld for the JUNO collaboration
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17:05 |
T 99.4 |
Constraining neutrino mass using black hole formation during supernova neutrino emission — •George Parker and Michael Wurm
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17:20 |
T 99.5 |
Studies on Solar Be7 Neutrino Measurements and Applications in JUNO — •Sebastian Zwickel, Lothar Oberauer, Simon Csakli, Carsten Dittrich, David Dörflinger, Ulrike Fahrendholz, Florian Kübelbäck, Matthias Mayer, Vincent Rompel, Luca Schweizer, Konstantin Schweizer, Korbinian Stangler, and Raphael Stock for the JUNO collaboration
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17:35 |
T 99.6 |
First Comparison of Ballistic and Diffusive Propagation in Flares of Blazar Jets - Implications for Neutrino Emission Models — •Marcel Schroller, Julia Becker Tjus, Patrick Reichherzer, and Mario Hörbe
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17:50 |
T 99.7 |
A new code for the modeling of multimessenger flares from blazars — •Leander Schlegel, Marcel Schroller, Mario Hörbe, and Julia Becker Tjus
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18:05 |
T 99.8 |
Investigation of the effect of elliptical orbits in supermassive binary black holes at the example of the neutrino lightcurve of the blazar TXS0506+056 — •Johannes Just, Julia Becker Tjus, and Ilja Jaroschewski
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18:20 |
T 99.9 |
A novel Machine Learning-approach for the detection of the DSNB — •David Maksimović, Michael Nieslony, and Michael Wurm
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