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Detector Development for the CRESST Experiment

Authors :
Angloher, G
Banik, S
Benato, G
Bento, A
Bertolini, A
Breier, R
Bucci, C
Burkhart, J
Canonica, L
D'Addabbo, A
Di Lorenzo, S
Einfalt, L
Erb, A
Feilitzsch, F
Fichtinger, S
Fuchs, D
Garai, A
Ghete, V
Gorla, P
Guillaumon, P
Gupta, S
Hauff, D
Ješkovský, M
Jochum, J
Kaznacheeva, M
Kinast, A
Kluck, H
Kraus, H
Kuckuk, S
Langenkämper, A
Mancuso, M
Marini, L
Mauri, B
Meyer, L
Mokina, V
Olmi, M
Ortmann, T
Pagliarone, C
Pattavina, L
Petricca, F
Potzel, W
Povinec, P
Pröbst, F
Pucci, F
Reindl, F
Rothe, J
Schäffner, K
Schieck, J
Schönert, S
Schwertner, C
Stahlberg, M
Stodolsky, L
Strandhagen, C
Strauss, R
Usherov, I
Wagner, F
Willers, M
Zema, V
Angloher G.
Banik S.
Benato G.
Bento A.
Bertolini A.
Breier R.
Bucci C.
Burkhart J.
Canonica L.
D'Addabbo A.
Di Lorenzo S.
Einfalt L.
Erb A.
Feilitzsch F. V.
Fichtinger S.
Fuchs D.
Garai A.
Ghete V. M.
Gorla P.
Guillaumon P. V.
Gupta S.
Hauff D.
Ješkovský M.
Jochum J.
Kaznacheeva M.
Kinast A.
Kluck H.
Kraus H.
Kuckuk S.
Langenkämper A.
Mancuso M.
Marini L.
Mauri B.
Meyer L.
Mokina V.
Olmi M.
Ortmann T.
Pagliarone C.
Pattavina L.
Petricca F.
Potzel W.
Povinec P.
Pröbst F.
Pucci F.
Reindl F.
Rothe J.
Schäffner K.
Schieck J.
Schönert S.
Schwertner C.
Stahlberg M.
Stodolsky L.
Strandhagen C.
Strauss R.
Usherov I.
Wagner F.
Willers M.
Zema V.
Angloher, G
Banik, S
Benato, G
Bento, A
Bertolini, A
Breier, R
Bucci, C
Burkhart, J
Canonica, L
D'Addabbo, A
Di Lorenzo, S
Einfalt, L
Erb, A
Feilitzsch, F
Fichtinger, S
Fuchs, D
Garai, A
Ghete, V
Gorla, P
Guillaumon, P
Gupta, S
Hauff, D
Ješkovský, M
Jochum, J
Kaznacheeva, M
Kinast, A
Kluck, H
Kraus, H
Kuckuk, S
Langenkämper, A
Mancuso, M
Marini, L
Mauri, B
Meyer, L
Mokina, V
Olmi, M
Ortmann, T
Pagliarone, C
Pattavina, L
Petricca, F
Potzel, W
Povinec, P
Pröbst, F
Pucci, F
Reindl, F
Rothe, J
Schäffner, K
Schieck, J
Schönert, S
Schwertner, C
Stahlberg, M
Stodolsky, L
Strandhagen, C
Strauss, R
Usherov, I
Wagner, F
Willers, M
Zema, V
Angloher G.
Banik S.
Benato G.
Bento A.
Bertolini A.
Breier R.
Bucci C.
Burkhart J.
Canonica L.
D'Addabbo A.
Di Lorenzo S.
Einfalt L.
Erb A.
Feilitzsch F. V.
Fichtinger S.
Fuchs D.
Garai A.
Ghete V. M.
Gorla P.
Guillaumon P. V.
Gupta S.
Hauff D.
Ješkovský M.
Jochum J.
Kaznacheeva M.
Kinast A.
Kluck H.
Kraus H.
Kuckuk S.
Langenkämper A.
Mancuso M.
Marini L.
Mauri B.
Meyer L.
Mokina V.
Olmi M.
Ortmann T.
Pagliarone C.
Pattavina L.
Petricca F.
Potzel W.
Povinec P.
Pröbst F.
Pucci F.
Reindl F.
Rothe J.
Schäffner K.
Schieck J.
Schönert S.
Schwertner C.
Stahlberg M.
Stodolsky L.
Strandhagen C.
Strauss R.
Usherov I.
Wagner F.
Willers M.
Zema V.
Publication Year :
2024

Abstract

Recently low-mass dark matter direct searches have been hindered by a low-energy background, drastically reducing the physics reach of the experiments. In the CRESST-III experiment, this signal is characterised by a significant increase of events below 200 eV. As the origin of this background is still unknown, it became necessary to develop new detector designs to reach a better understanding of the observations. Within the CRESST collaboration, three new different detector layouts have been developed, and they are presented in this contribution.

Details

Database :
OAIster
Notes :
STAMPA, English
Publication Type :
Electronic Resource
Accession number :
edsoai.on1472555031
Document Type :
Electronic Resource