Horndeski dark matter and beyond - INSPIRE

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Horndeski dark matter and beyond

Alberto Diez-Tejedor
(
- Guanajuato U.
)
,
Francisco Flores
(
- Guanajuato U.
)
,
Gustavo Niz
(
- Guanajuato U.
)

Feb 28, 2018

11 pages

Published in:

Phys.Rev.D 97 (2018) 12, 123524

Published: Jun 15, 2018

e-Print:

1803.00014 [gr-qc]

DOI:

10.1103/PhysRevD.97.123524

View in:

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Abstract: (APS)

Starting from the Gleyzes-Langlois-Piazza-Vernizzi action, we derive the most general effective theory that is invariant under internal shifts and a Z2 mirror symmetry in the scalar sector. Contrary to what one may think, this model presents a dark matter tracker previous to the dark energy domination. We show that, in an empty universe and to linear order in perturbations, the scalar mode clusters in exactly the same way as standard nonrelativistic cold dark matter. This also holds for the subsector of the theory where the speed of propagation of gravitational waves equals that of light, in agreement with the recent multimessenger observation. However, the inclusion of standard model particles introduces nontrivial couplings of the gravitational scalar mode to baryons, modifying their clustering properties. We argue that no arrangement of the parameters of the model can reduce the extra scalar to precisely behave as cold dark matter.

Note:

11 pages, no figures. To appear in Phys. Rev. D

98.80.-k
04.50.Kd
95.35.+d
gravitation: scalar
gravitational radiation: propagation
gravitation: coupling
symmetry: mirror
dark matter
tracking detector
nonrelativistic

References(59)

Figures(0)

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