Phenomenology of theories of gravity without Lorentz invariance: the preferred frame case

Abstract

Theories of gravitation without Lorentz invariance are candidates of low-energy descriptions of quantum gravity. In this review we will describe the phenomenological consequences of the candidates associated to the existence of a preferred time direction

38 pages, 3 figures; v2 references added

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• Cosmology and the massive photon frequency shift in the Standard-Model Extension
• Cosmology with a light ghost
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• Spherically symmetric exact vacuum solutions in Einstein-aether theory
• Asymptotic freedom in (3+1)-dimensional projectable Horava gravity: connecting ultraviolet to infrared
• Black Holes in Ultraviolet-Complete Horava Gravity
• Functors of actions
• Massive graviton dark matter searches with long-baseline atom interferometers
• Well-posed evolution of field theories with anisotropic scaling: the Lifshitz scalar field in a black hole space-time
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• Quantizing non-projectable Hořava gravity with Lagrangian path integral