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Constraints on Effective Field Theory Couplings Using 311.2 days of LUX Data

by Xiang, X , D -M Mei , Rossiter, P , Szydagis, M , Hogan, D P , Lopes, M I , Nilima, A , Taylor, R , Hertel, S A , Alsum, S , Swanson, N , Nelson, H N , Taylor, D J , Bai, X , Solmaz, M , McKinsey, D N , Utku, U , Shutt, T A , Carmona-Benitez, M C , Lenardo, B G , Jacobsen, R G , Kudryavtsev, V A , Marangou, N , Balajthy, J , Khaitan, D , Manalaysay, A , Wolfs, F L H , Riffard, Q , Korolkova, E V , Haselschwardt, S J , Jahangir, O , Neves, F , Palladino, K J , Byram, D , Ignarra, C M , Baxter, A , Tennyson, B P , To, W H , Rhyne, C , de Viveiros, L , Witherell, M S , Taylor, W C , Tvrznikova, L , Hall, C R , Horn, M , Zhang, C , Huang, D Q , Kravitz, S , Araújo, H M , Brás, P , Fan, A , Lindote, A , Kazkaz, K , Sumner, T J , J Xu , Whitis, T J , Leason, E , Akerib, D S , Vaitkus, A , Kamdin, K , Morad, J A , Silva, C , Terman, P A , Bernstein, A , Solovov, V N , Murphy, A St J , Bernard, E P , Nehrkorn, C , Lesko, K T , Gaitskell, R J , Naylor, A , Shaw, S , Fiorucci, S , Gwilliam, C , Ghag, C , Cutter, J E , Woodward, D , Oliver-Mallory, K C , Boxer, B , Tiedt, D R , Chan, C , Druszkiewicz, E , Bang, J , W Ji , Gilchriese, M G D , Webb, R C , White, J T , Sorensen, P , Burdin, S , Lin, J , Mannino, R L , Biesiadzinski, T P , Rischbieter, G R C , Velan, V , Vache

in Couplings / Field theory / Recoil

2021

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Constraints on Effective Field Theory Couplings Using 311.2 days of LUX Data

in Couplings / Field theory / Recoil

2021

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Constraints on Effective Field Theory Couplings Using 311.2 days of LUX Data

in Couplings / Field theory / Recoil

2021

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Paper

Constraints on Effective Field Theory Couplings Using 311.2 days of LUX Data

Xiang, X,

D -M Mei,

Rossiter, P,

Szydagis, M,

Hogan, D P,

Lopes, M I,

Nilima, A,

Taylor, R,

Hertel, S A,

Alsum, S,

Swanson, N,

Nelson, H N,

Taylor, D J,

Bai, X,

Solmaz, M,

McKinsey, D N,

Utku, U,

Shutt, T A,

Carmona-Benitez, M C,

Lenardo, B G,

Jacobsen, R G,

Kudryavtsev, V A,

Marangou, N,

Balajthy, J,

Khaitan, D,

Manalaysay, A,

Wolfs, F L H,

Riffard, Q,

Korolkova, E V,

Haselschwardt, S J,

Jahangir, O,

Neves, F,

Palladino, K J,

Byram, D,

Ignarra, C M,

Baxter, A,

Tennyson, B P,

To, W H,

Rhyne, C,

de Viveiros, L,

Witherell, M S,

Taylor, W C,

Tvrznikova, L,

Hall, C R,

Horn, M,

Zhang, C,

Huang, D Q,

Kravitz, S,

Araújo, H M,

Brás, P,

Fan, A,

Lindote, A,

Kazkaz, K,

Sumner, T J,

J Xu,

Whitis, T J,

Leason, E,

Akerib, D S,

Vaitkus, A,

Kamdin, K,

Morad, J A,

Silva, C,

Terman, P A,

Bernstein, A,

Solovov, V N,

Murphy, A St J,

Bernard, E P,

Nehrkorn, C,

Lesko, K T,

Gaitskell, R J,

Naylor, A,

Shaw, S,

Fiorucci, S,

Gwilliam, C,

Ghag, C,

Cutter, J E,

Woodward, D,

Oliver-Mallory, K C,

Boxer, B,

Tiedt, D R,

Chan, C,

Druszkiewicz, E,

Bang, J,

W Ji,

Gilchriese, M G D,

Webb, R C,

White, J T,

Sorensen, P,

Burdin, S,

Lin, J,

Mannino, R L,

Biesiadzinski, T P,

Rischbieter, G R C,

Velan, V,

Vache

2021

Overview

We report here the results of an Effective Field Theory (EFT) WIMP search analysis using LUX data. We build upon previous LUX analyses by extending the search window to include nuclear recoil energies up to \\(\\sim\\)180 keV\\(_{nr}\\), requiring a reassessment of data quality cuts and background models. In order to use a binned Profile Likelihood statistical framework, the development of new analysis techniques to account for higher-energy backgrounds was required. With a 3.14\\(\\times10^4\\) kg\\(\\cdot\\)day exposure using data collected between 2014 and 2016, we set 90\\% C.L. exclusion limits on non-relativistic EFT WIMP couplings to neutrons and protons, providing the most stringent constraints on a significant fraction of the possible EFT WIMP interactions. Additionally, we report world-leading exclusion limits on inelastic EFT WIMP-nucleon recoils.

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Publisher

Cornell University Library, arXiv.org

Subject

Couplings

/ Field theory

/ Recoil