Astrophysical constraints on unparticle-inspired models of gravity

Abstract

We use stellar dynamics arguments to constrain the relevant parameters of ungravity inspired models. We show that resulting bounds do constrain the parameters of the theory of unparticles, as far as its energy scale satisfies the condition $\Lambda \ge 1TeV$ and $d$ is close to unity.

5 pages, 4 figures

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• Unparticle Physics
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• Cosmological Constraints on Unparticles as Continuous Mass Scalars
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Cited by in corpus (10)

• Early evolutionary tracks of low-mass stellar objects in modified gravity
• Vector unparticle enhanced black holes: exact solutions and thermodynamics
• Astrophysical Constraints on the Bumblebee Model
• Unparticle dark energy
• White dwarfs in an ungravity-inspired model
• Hyperbolic orbits of Earth flybys and effects of ungravity-inspired conservative potentials
• Reducing the parameter space for Unparticle-inspired models using white dwarf masses
• Unparticle inspired corrections to the Gravitational Quantum Well
• Using global positioning systems to test extensions of General Relativity
• Neutron Stars, Ungravity, and the I-Love-Q relation