Heidelberg 2022 – scientific programme

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T: Fachverband Teilchenphysik

T 19: Cosmic Ray 1

Monday, March 21, 2022, 16:15–18:35, T-H32

	16:15	T 19.1	Group Report: The Pierre Auger Observatory – Status, Results, Prospects — •Philip Ruehl for the Pierre Auger collaboration
	16:35	T 19.2	Analysis of laser shots of the Aeolus satellite in the Pierre Auger Observatory — •Felix Knapp for the Pierre Auger collaboration
	16:50	T 19.3	A method to determine baselines of time traces at the Pierre Auger Observatory — •Tobias Schulz, David Schmidt, Darko Veberič, and Markus Roth for the Pierre Auger collaboration
	17:05	T 19.4	Combined analysis of the ultrahigh-energy cosmic-ray mass composition and hadronic interaction cross-sections — •Olena Tkachenko for the Pierre Auger collaboration
	17:20	T 19.5	Measurement of the Energy Spectrum of UHECRs with the Fluorescence Detector of the Pierre Auger Observatory — •Kathrin Bismark for the Pierre Auger collaboration
	17:35	T 19.6	Effects of magnetic fields on anisotropies in the arrival direction of ultra-high-energy cosmic rays — •Luca Deval, Ralph Engel, Thomas Fitoussi, and Michael Unger
	17:50	T 19.7	Measuring the muon content of inclined air showers using the radio and particle detector of the Pierre Auger Observatory* — •Marvin Gottowik for the Pierre Auger collaboration
	18:05	T 19.8	Optimization of Radio Reconstruction for Inclined Air Showers with AERA at the Pierre Auger Observatory* — •Jelena Petereit for the Pierre Auger collaboration
	18:20	T 19.9	A simulation study for the Radio Detector of AugerPrime: spectral-fitting analysis for inclined showers — •Sara Martinelli