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Search for Axionlike Dark Matter through Nuclear Spin Precession in Electric and Magnetic Fields

by Lemière, Y. , Lauss, B. , Wursten, E. , Ayres, N. J. , van der Grinten, M. , Schmidt-Wellenburg, P. , Green, K. , Abel, C. , Bondar, V. , Hild, N. , Krempel, J. , Zejma, J. , Shiers, D. , Musgrave, M. , Harris, P. G. , Koch, H.-C. , Severijns, N. , Flambaum, V. V. , Iaydjiev, P. , Rawlik, M. , Zsigmond, G. , Rebreyend, D. , Ivanov, S. N. , Pignol, G. , Roccia, S. , Kasprzak, M. , Stadnik, Y. V. , Kermaidic, Y. , Komposch, S. , Weis, A. , Ban, G. , Griffith, W. C. , Lefort, T. , Daum, M. , Kozela, A. , Mtchedlishvili, A. , Mohanmurthy, P. , Ries, D. , Rozpędzik, D. , Marsh, D. J. E. , Fairbairn, M. , Grujić, Z. D. , Bodek, K. , Kirch, K. , Bison, G. , Geltenbort, P. , Koss, P. A. , Piegsa, F. M.

in Astrophysics / Coupling / Dark energy / Dark matter / Dipole moments / Electric dipoles / Electromagnetic interactions / Energy levels / Frequency ranges / General Physics / Gluons / Harmonic oscillation / High Energy Physics - Phenomenology / Hypothetical particles / Laboratories / Nuclear Experiment / Nuclear spin / Nuclear Theory / Nucleons / Physics / Precession / Searching / Wind effects

2017

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2017

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2017

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Journal Article

Search for Axionlike Dark Matter through Nuclear Spin Precession in Electric and Magnetic Fields

Lemière, Y.,

Lauss, B.,

Wursten, E.,

Ayres, N. J.,

van der Grinten, M.,

Schmidt-Wellenburg, P.,

Green, K.,

Abel, C.,

Bondar, V.,

Hild, N.,

Krempel, J.,

Zejma, J.,

Shiers, D.,

Musgrave, M.,

Harris, P. G.,

Koch, H.-C.,

Severijns, N.,

Flambaum, V. V.,

Iaydjiev, P.,

Rawlik, M.,

Zsigmond, G.,

Rebreyend, D.,

Ivanov, S. N.,

Pignol, G.,

Roccia, S.,

Kasprzak, M.,

Stadnik, Y. V.,

Kermaidic, Y.,

Komposch, S.,

Weis, A.,

Ban, G.,

Griffith, W. C.,

Lefort, T.,

Daum, M.,

Kozela, A.,

Mtchedlishvili, A.,

Mohanmurthy, P.,

Ries, D.,

Rozpędzik, D.,

Marsh, D. J. E.,

Fairbairn, M.,

Grujić, Z. D.,

Bodek, K.,

Kirch, K.,

Bison, G.,

Geltenbort, P.,

Koss, P. A.,

Piegsa, F. M.

2017

Overview

We report on a search for ultralow-mass axionlike dark matter by analyzing the ratio of the spin-precession frequencies of stored ultracold neutrons and Hg199 atoms for an axion-induced oscillating electric dipole moment of the neutron and an axion-wind spin-precession effect. No signal consistent with dark matter is observed for the axion mass range 10−24≤ma≤10−17eV . Our null result sets the first laboratory constraints on the coupling of axion dark matter to gluons, which improve on astrophysical limits by up to 3 orders of magnitude, and also improves on previous laboratory constraints on the axion coupling to nucleons by up to a factor of 40.

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Publisher

American Physical Society

Subject

/ Electromagnetic interactions