ORIGINS Science Week 2021, 22 - 25 November in Kloster Irsee

Session

Seed Money Talks III

25 Nov 2021, 16:15

Kloster Irsee, https://www.kloster-irsee.de/home

41. Spin-sensitive ultra-cold neutron detection

Hanno Filter (Atominstitut der TU Wien), Peter Fierlinger (TU München)

25/11/2021, 16:15

45. Meanders to count neutrons

Roman Gernhaeuser (TUM), Peter Fierlinger (TU München)

25/11/2021, 16:25

46. Detecting supernova neutrinos with archaeological Pb

Luca Pattavina (TUM)

25/11/2021, 16:35

Thanks to the Seed-Money funding (2020-1), we were able to demonstrate the proof of principle of the RES-NOVA project. RES-NOVA will detect neutrinos from astrophysical sources by deploying the first array of cryogenic detectors made from archaeological Pb.
Neutrino detection in RES-NOVA is facilitated by the newly discovered Coherent Elastic neutrino-Nucleus Scattering (CE$\nu$NS). It...

78. Photon detection by structured converter layers in micro-pattern gaseous detectors

Katrin Penski (LMU)

25/11/2021, 16:45

This Seed Money project (2021-2) aims for the detection of photons using multiple staggered converter plates in combination with Micro-Pattern Gaseous Detectors (MPGDs) in order to increase the photon detection efficiency.
MPGDs are high-rate capable and show an excellent spatial and temporal resolution. Nevertheless, due to the low density of the gas these detectors exhibit only a poor...

63. Initial studies on the production of an electret based micro pattern gaseous detectors

Christoph Jagfeld (LMU)

25/11/2021, 16:55

66. Diamond detectors for low-mass dark matter searches

Lucia Canonica (MPI Munich)

25/11/2021, 17:05

In this project, funded by the Seed Money Grant 2020-2, we have proposed the study of the potential of diamond as cryogenic detectors for the search of light dark matter (DM) candidates. Thanks to its unique cryogenic properties (high Debye temperature and long-lived phonon modes), diamond operated as low temperature calorimeters could reach an energy threshold in the eV range and would allow...

62. Photon detection by structured converter layers in micro-pattern gaseous detectors

Katrin Penski (LMU)