Power of brane-induced gravity
By G. Dvali, G. Gabadadze, M. Kolanović, Francesco Nitti. 2001
163 citations recorded by the source corpus.
We study the role of the brane-induced graviton kinetic term in theories with large extra dimensions. In five dimensions, we construct a model with a TeV-scale fundamental Planck mass and a flat extra dimension the size of which can be astronomically large. Four-dimensional (4D) gravity on the brane is mediated by a massless zero mode, whereas the couplings of the heavy Kaluza-Klein modes to ordinary matter are suppressed. The model can manifest itself through the predicted deviations from Einstein theory in long-distance precision measurements of the planetary orbits. The bulk states can be a rather exotic form of dark matter, which at subsolar distances interact via strong 5D gravitational force. We show that the induced term changes dramatically the phenomenology of submillimeter extra dimensions. For instance, high-energy constraints from star cooling or cosmology can be substantially relaxed.
Subfields: Astronomy and Astrophysics, Nuclear and High Energy Physics
View Paper: https://www.semanticscholar.org/paper/405afcb3308f639d77c231aaa54bb7c06967aae5
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In Astronomy and Astrophysics
- E. Poppitz
- E. Pontón
- Kurt Hinterbichler
- Claudia de Rham
- Lavinia Heisenberg
- D. Baumann
- C. Cheung
- Grant N. Remmen
In Nuclear and High Energy Physics
- E. Poppitz
- E. Pontón
- Kurt Hinterbichler
- Claudia de Rham
- Lavinia Heisenberg
- D. Baumann
- C. Cheung
- Grant N. Remmen
Citations in the corpus
- Casimir Energy and Radius Stabilization in Five and Six Dimensional Orbifolds (2001, methodology): “tional Kaluza-Klein compactifications; this is important when considering interactions involving the Kaluza-Klein modes [ 37 , 38].”
- The phenomenology of Dvali–Gabadadze–Porrati cosmologies (2005, unknown): “We follow here the approach of Deffayet [23] who first noted how one recovers a selfaccelerating solution from the DGP field equations Eqs.”
- Theoretical Aspects of Massive Gravity (2011, background): “69) is known as a resonance mass, or soft mass [178, 179, 180, 181, 182, 183, 184, 134, 52, 55].”