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Power Corrections to the Universal Heavy WIMP-Nucleon Cross Section · Around

2018

Power Corrections to the Universal Heavy WIMP-Nucleon Cross Section

Chen, Chien-Yi, Hill, Richard J., Solon, Mikhail P. et al.

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WIMP-nucleon scattering is analyzed at order $1/M$ in Heavy WIMP Effective Theory.

The $1/M$ power corrections, where $M\gg m_W$ is the WIMP mass, distinguish between different underlying UV models with the same universal limit and their impact on direct detection rates can be enhanced relative to naive expectations due to generic amplitude-level cancellations at leading order.
The necessary one- and two-loop matching calculations onto the low-energy effective theory for WIMP interactions with Standard Model quarks and gluons are performed for the case of an electroweak SU(2) triplet WIMP, considering both the cases of elementary fermions and composite scalars.
The low-velocity WIMP-nucleon scattering cross section is evaluated and compared with current experimental limits and projected future sensitivities.

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