LUX-ZEPLIN

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Search for annual and diurnal rate modulations in the LUX experiment

(2018)

Authors:

DS Akerib, S Alsum, HM Araújo, X Bai, J Balajthy, P Beltrame, EP Bernard, A Bernstein, TP Biesiadzinski, EM Boulton, B Boxer, P Brás, S Burdin, D Byram, MC Carmona-Benitez, C Chan, JE Cutter, TJR Davison, E Druszkiewicz, SR Fallon, A Fan, S Fiorucci, RJ Gaitskell, J Genovesi, C Ghag, MGD Gilchriese, C Gwilliam, CR Hall, SJ Haselschwardt, SA Hertel, DP Hogan, M Horn, DQ Huang, CM Ignarra, RG Jacobsen, W Ji, K Kamdin, K Kazkaz, D Khaitan, R Knoche, EV Korolkova, S Kravitz, VA Kudryavtsev, BG Lenardo, KT Lesko, J Liao, J Lin, A Lindote, MI Lopes, A Manalaysay, RL Mannino, N Marangou, MF Marzioni, DN McKinsey, D-M Mei, M Moongweluwan, JA Morad, A St J Murphy, C Nehrkorn, HN Nelson, F Neves, KC Oliver-Mallory, KJ Palladino, EK Pease, GRC Rischbieter, C Rhyne, P Rossiter, S Shaw, TA Shutt, C Silva, M Solmaz, VN Solovov, P Sorensen, TJ Sumner, M Szydagis, DJ Taylor, WC Taylor, BP Tennyson, PA Terman, DR Tiedt, WH To, M Tripathi, L Tvrznikova, U Utku, S Uvarov, V Velan, JR Verbus, RC Webb, JT White, TJ Whitis, MS Witherell, FLH Wolfs, D Woodward, J Xu, K Yazdani, C Zhang
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Liquid xenon scintillation measurements and pulse shape discrimination in the LUX dark matter detector

Physical Review D American Physical Society (APS) 97:11 (2018) 112002

Authors:

DS Akerib, S Alsum, HM Araújo, X Bai, AJ Bailey, J Balajthy, P Beltrame, EP Bernard, A Bernstein, TP Biesiadzinski, EM Boulton, P Brás, D Byram, MC Carmona-Benitez, C Chan, A Currie, JE Cutter, TJR Davison, A Dobi, E Druszkiewicz, BN Edwards, SR Fallon, A Fan, S Fiorucci, RJ Gaitskell, J Genovesi, C Ghag, MGD Gilchriese, CR Hall, SJ Haselschwardt, SA Hertel, DP Hogan, M Horn, DQ Huang, CM Ignarra, RG Jacobsen, W Ji, K Kamdin, K Kazkaz, D Khaitan, R Knoche, BG Lenardo, KT Lesko, J Liao, A Lindote, MI Lopes, A Manalaysay, RL Mannino, MF Marzioni, DN McKinsey, D-M Mei, J Mock, M Moongweluwan, JA Morad, A St. J. Murphy, C Nehrkorn, HN Nelson, F Neves, K O’Sullivan, KC Oliver-Mallory, KJ Palladino, EK Pease, C Rhyne, S Shaw, TA Shutt, C Silva, M Solmaz, VN Solovov, P Sorensen, TJ Sumner, M Szydagis, DJ Taylor, WC Taylor, BP Tennyson, PA Terman, DR Tiedt, WH To, M Tripathi, L Tvrznikova, U Utku, S Uvarov, V Velan, JR Verbus, RC Webb, JT White, TJ Whitis, MS Witherell, FLH Wolfs, J Xu, K Yazdani, SK Young, C Zhang
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A Low Nuclear Recoil Energy Threshold for Dark Matter Search with CRESST-III Detectors

Journal of Low Temperature Physics (2018) 1-8

Authors:

M Mancuso, G Angloher, P Bauer, A Bento, C Bucci, L Canonica, A D Addabbo, X Defay, A Erb, F von Feilitzsch, N Ferreiro Iachellini, P Gorla, A Gütlein, D Hauff, J Jochum, M Kiefer, H Kluck, H Kraus, JC Lanfranchi, A Langenkämper, J Loebell, E Mondragon, A Münster, C Pagliarone, F Petricca, W Potzel, F Pröbst, R Puig, F Reindl, J Rothe, K Schäffner, J Schieck, V Schipperges, S Schönert, W Seidel, M Stahlberg, L Stodolsky, C Strandhagen, R Strauss, A Tanzke, HHT Thi, C Türkoglu, M Uffinger, A Ulrich, I Usherov, S Wawoczny, M Willers, M Wüstrich

Abstract:

© 2018 The Author(s) The CRESST-III experiment (Cryogenic Rare Events Search with Superconducting Thermometers), located at the underground facility Laboratori Nazionali del Gran Sasso in Italy, uses scintillating CaWO(Formula presented.) crystals as cryogenic calorimeters to search for direct dark matter interactions in detectors. A large part of the parameter space for spin-independent scattering off nuclei remains untested for dark matter particles with masses below a few GeV/c(Formula presented.), despite many naturally motivated theoretical models for light dark matter particles. The CRESST-III detectors are designed to achieve the performance required to probe the low-mass region of the parameter space with a sensitivity never reached before. In this paper, new results on the performance and an overview of the CRESST-III detectors will be presented, emphasizing the results about the low-energy threshold for nuclear recoil of CRESST-III Phase 1 which started collecting data in August 2016.
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Calibration, event reconstruction, data analysis, and limit calculation for the LUX dark matter experiment

Physical Review D American Physical Society (APS) 97:10 (2018) 102008

Authors:

DS Akerib, S Alsum, HM Araújo, X Bai, AJ Bailey, J Balajthy, P Beltrame, EP Bernard, A Bernstein, TP Biesiadzinski, EM Boulton, P Brás, D Byram, SB Cahn, MC Carmona-Benitez, C Chan, A Currie, JE Cutter, TJR Davison, A Dobi, JEY Dobson, E Druszkiewicz, BN Edwards, CH Faham, SR Fallon, A Fan, S Fiorucci, RJ Gaitskell, VM Gehman, J Genovesi, C Ghag, MGD Gilchriese, CR Hall, M Hanhardt, SJ Haselschwardt, SA Hertel, DP Hogan, M Horn, DQ Huang, CM Ignarra, RG Jacobsen, W Ji, K Kamdin, K Kazkaz, D Khaitan, R Knoche, NA Larsen, C Lee, BG Lenardo, KT Lesko, A Lindote, MI Lopes, A Manalaysay, RL Mannino, MF Marzioni, DN McKinsey, D-M Mei, J Mock, M Moongweluwan, JA Morad, A St. J. Murphy, C Nehrkorn, HN Nelson, F Neves, K O’Sullivan, KC Oliver-Mallory, KJ Palladino, EK Pease, L Reichhart, C Rhyne, S Shaw, TA Shutt, C Silva, M Solmaz, VN Solovov, P Sorensen, TJ Sumner, M Szydagis, DJ Taylor, WC Taylor, BP Tennyson, PA Terman, DR Tiedt, WH To, M Tripathi, L Tvrznikova, S Uvarov, V Velan, JR Verbus, RC Webb, JT White, TJ Whitis, MS Witherell, FLH Wolfs, J Xu, K Yazdani, SK Young, C Zhang
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TES-Based Light Detectors for the CRESST Direct Dark Matter Search

Journal of Low Temperature Physics (2018) 1-7

Authors:

J Rothe, G Angloher, P Bauer, A Bento, C Bucci, L Canonica, A D Addabbo, X Defay, A Erb, FV Feilitzsch, N Ferreiro Iachellini, P Gorla, A Gütlein, D Hauff, J Jochum, M Kiefer, H Kluck, H Kraus, JC Lanfranchi, A Langenkämper, J Loebell, M Mancuso, E Mondragon, A Münster, C Pagliarone, F Petricca, W Potzel, F Pröbst, R Puig, F Reindl, K Schäffner, J Schieck, V Schipperges, S Schönert, W Seidel, M Stahlberg, L Stodolsky, C Strandhagen, R Strauss, A Tanzke, HH Trinh Thi, C Türkoğlu, A Ulrich, I Usherov, S Wawoczny, M Willers, M Wüstrich

Abstract:

© 2018 The Author(s) The CRESST experiment uses cryogenic detectors based on transition-edge sensors to search for dark matter interactions. Each detector module consists of a scintillating CaWO(Formula presented.) crystal and a silicon-on-sapphire (SOS) light detector which operate in coincidence (phonon-light technique). The 40-mm-diameter SOS disks (2 g mass) used in the data taking campaign of CRESST-II Phase 2 (2014–2016) reached absolute baseline resolutions of (Formula presented.) 4–7 eV. This is the best performance reported for cryogenic light detectors of this size. Newly developed silicon beaker light detectors (4 cm height, 4 cm diameter, 6 g mass), which cover a large fraction of the target crystal surface, have achieved a baseline resolution of (Formula presented.)eV. First results of further improved light detectors developed for the ongoing low-threshold CRESST-III experiment are presented.
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