XeSAT2022 - International Workshop on Applications of Noble Gas Xenon to Science and Technology

Session

R&D session 2, Chair Luis Fernandes

25 mai 2022, 13:30

Main auditorium

87. GPU-based optical simulation of the DARWIN detector, Igor Ostrovskiy

Igor Ostrovskiy (University of Alabama)

25/05/2022 13:30

88. Rugged and radiopure amplification structures for large-area xenon chambers read out through electroluminescence, Sara Leardini

Sara Leardini

25/05/2022 13:45

89. Wire Electrode Test and Simulation for the DARWIN experiment, Hiu-Sze Wu

Hiu Sze Wu (Karlsruhe Institute of Technology (KIT))

25/05/2022 14:00

90. Charge detection via proportional scintillation in a single-phase liquid xenon TPC, Florian Tönnies

Florian Tönnies (University of Freiburg)

25/05/2022 14:15

91. The PANCAKE Detector Development Platform for multi-ton LXe Detectors, Julia Mueller

Julia Mueller

25/05/2022 14:30

78. Charge detection via proportional scintillation in a single-phase liquid xenon TPC

Florian Tönnies (University of Freiburg)

Dual-phase liquid/gas xenon TPCs are a well-established detector technology to search for WIMP Dark Matter. Nevertheless, the homogenious detection of the charge signal via proportional scintillation will be challenging at the scale of the next-generation detectors due to the size of the TPCs. The detection of the charge signal in the liquid phase of a single-phase TPC might be an option to...

92. The PANCAKE Detector The PANCAKE Detector Development Platform for multi-ton LXe Detectors

Julia Mueller

A. Brown1, J. Grigat1, S. Lindemann,1 D. Masson1, J. Müller1, M. Schumann1, F. Toschi1, and F. Tönnies1

1 Physikalisches Institut, Universität Freiburg, 79104 Freiburg, Germany

E-mail: julia.mueller@physik.uni-freiburg.de

Liquid xenon (LXe) time projection chambers (TPCs) are the leading detector technology for searches for dark matter in form of WIMPs. The next generation LXe-based...

77. Wire Electrode Test and Simulation for the DARWIN experiment

Hiu-Sze Wu (Institute of Astroparticle Physics, Karlsruhe Institute of Technology (KIT), Germany)

The DARk matter Wimp search with liquid xenoN (DARWIN) observatory is a future dark matter detector aiming at reaching the sensitivity for WIMP at the neutrino floor and covering the mass range from 5 GeV/c2 to above 10 TeV/c2 [1]. The observatory uses the technology of a dual-phase time projection chamber (TPC) with 40 t active volume of liquid xenon (LXe) for the detection [1].
The...