Projected WIMP sensitivity of the LUX-ZEPLIN dark matter experiment

• Akerib, D.S.
• Akerlof, C.W.
• Alsum, S.K.
• Araújo, H.M.
• Arthurs, M.
• Bai, X.
• Bailey, A.J.
• Balajthy, J.
• Balashov, S.
• Bauer, D.
• Belle, J.
• Beltrame, P.
• Benson, T.
• Bernard, E.P.
• Biesiadzinski, T.P.
• Boast, K.E.
• Boxer, B.
• Brás, P.
• Buckley, J.H.
• Bugaev, VV.
• Burdin, S.
• Busenitz, J.K.
• Carels, C.
• Carlsmith, D.L.
• Carlson, B.
• Carmona-Benitez, M.C.
• Chan, C.
• Cherwinka, J.J.
• Cole, A.
• Cottle, A.
• Craddock, W.W.
• Currie, A.
• Cutter, J.E.
• Dahl, C.E.
• Viveiros, L.D.
• Dobi, A.
• Dobson, J.E.Y.
• Druszkiewicz, E.
• Edberg, T.K.
• Edwards, W.R.
• Fan, A.
• Fayer, S.
• Fiorucci, S.
• Fruth, T.
• Gaitskell, R.J.
• Genovesi, J.
• Ghag, C.
• Gilchriese, M.G.D.
• Grinten, M.G.D.V.D.
• Hall, C.R.
• Hans, S.
• Hanzel, K.
• Haselschwardt, S.J.
• Hertel, S.A.
• Hillbrand, S.
• Hjemfelt, C.
• Hoff, M.D.
• Hor, J.Y.-K.
• Huang, D.Q.
• Ignarra, C.M.
• Ji, W.
• Kaboth, A.C.
• Kamdin, K.
• Keefner, J.
• Khaitan, D.
• Khazov, A.
• Kim, Y.D.
• Kocher, C.D.
• Korolkova, E.V.
• Kraus, H.
• Krebs, H.J.
• Kreczko, L.
• Krikler, B.
• Kudryavtsev, V.A.
• Kyre, S.
• Lee, J.
• Lenardo, B.G.
• Leonard, D.S.
• Lesko, K.T.
• Levy, C.
• Li, J.
• Liao, J.
• Liao, F.-T.
• Lin, J.
• Lindote, A.
• Linehan, R.
• Lippincott, W.H.
• Liu, X.
• Lopes, M.I.
• Paredes, B.L.
• Lorenzon, W.
• Luitz, S.
• Lyle, J.M.
• Majewski, P.
• Manalaysay, A.
• Mannino, R.L.
• Maupin, C.
• McKinsey, D.N.
• Meng, Y.
• Miller, E.H.
• Mock, J.
• Monzani, M.E.
• Morad, J.A.
• Morrison, E.
• Mount, B.J.
• Murphy, A.S.J.
• Nelson, H.N.
• Neves, F.
• Nikoleyczik, J.
• O'Sullivan, K.
• Olcina, I.
• Olevitch, M.A.
• Oliver-Mallory, K.C.
• Palladino, K.J.
• Patton, S.J.
• Pease, E.K.
• Penning, B.
• Piepke, A.
• Powell, S.
• Preece, R.M.
• Pushkin, K.
• Ratcliff, B.N.
• Reichenbacher, J.
• Rhyne, C.A.
• Richards, A.
• Rodrigues, J.P.
• Rosero, R.
• Rossiter, P.
• Saba, J.S.
• Sarychev, M.
• Schnee, R.W.
• Schubnell, M.
• Scovell, P.R.
• Shaw, S.
• Shutt, T.A.
• Silk, J.J.
• Silva, C.
• Skarpaas, K.
• Skulski, W.
• Solmaz, M.
• Solovov, V.N.
• Sorensen, P.
• Stancu, I.
• Stark, M.R.
• Stiegler, T.M.
• Stifter, K.
• Szydagis, M.
• Taylor, W.C.
• Taylor, R.
• Taylor, D.J.
• Temples, D.
• Terman, P.A.
• Thomas, K.J.
• Timalsina, M.
• To, W.H.
• Tomás, A.
• Tope, T.E.
• Tripathi, M.
• Tull, C.E.
• Tvrznikova, L.
• Utku, U.
• Va'vra, J.
• Vacheret, A.
• Verbus, J.R.
• Voirin, E.
• Waldron, W.L.
• Watson, J.R.
• Webb, R.C.
• White, D.T.
• Whitis, T.J.
• Wisniewski, W.J.
• Witherell, M.S.
• Wolfs, F.L.H.
• Woodward, D.
• Worm, S.D.
• Yeh, M.
• Yin, J.
• Young, I.
• LUX-ZEPLIN, Collaboration

© 2020 American Physical Society. This is an author-produced version of a paper subsequently published in Physical Review D. Uploaded in accordance with the publisher's self-archiving policy.

• Published: 1 March 2020
• Published (online): 4 March 2020
• Accepted: 2 December 2019

• Author