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16:45 |
T 4.1 |
Track position reconstruction with of a fiber-structured plastic scintillator detector (using a likelihood-based method) — Alessia Brignoli, Andrew Picot Conabo, Valery Dormenev, Christian Dreisbach, Karl Eichhorn, Jan Friedrich, Heiko Markus Lacker, Martin J. Losekamm, Anupama Reghunath, Christian Scharf, Ben Skodda, Valerian von Nicolai, Ida Woestheinrich, Hans-Georg Zaunick, and •Jasmin Weiß
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17:00 |
T 4.2 |
Time resolution of a wavelength-shifting fibre structured plastic scintillator detector — Alessia Brignoli, Andrew Picot Conaboy, Valery Dormenev, Christian Dreisbach, Karl Eichhorn, Jan Friedrich, Heiko Markus Lacker, Martin J. Losekamm, Anupama Reghunath, Christian Scharf, Ben Skodda, Anubandh Sreekeessoon, Valerian von Nicolai, Jasmin Weiß, •Ida Wöstheinrich, and Hans-Georg Zaunick
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17:15 |
T 4.3 |
Opaque Scintillators for Neutrino Physics — Christian Buck, Benjamin Gramlich, and •Stefan Schoppmann
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17:30 |
T 4.4 |
Wavelength shifting fibers with high photon capture rate — •Bastian Keßler and Sebastian Böser for the NuDoubt collaboration
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17:45 |
T 4.5 |
Development of an integrated photon and phonon detector for use with scintillators — •Ashish Jadhav, Christian Enss, Andreas Fleischmann, Daniel Hengstler, Cagla Mahanoglu, Ioana-Alexandra Nitu, Christian Ritter, Andreas Reifenberger, Daniel Unger, and Loredana Gastaldo
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18:00 |
T 4.6 |
Development of a Novel Te-doped Liquid Scintillator with Slow Light Emission for 0νββ-Decay Searches in a Hybrid Neutrino Detector — •Hans Theodor Josef Steiger, Manuel Böhles, Matthias Raphael Stock, Meishu Lu, Ulrike Fahrendholz, Ronja Huber, Lothar Oberauer, Franz von Feilitzsch, and Michael Wurm
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