Unparticle inspired corrections to the Gravitational Quantum Well

Abstract

We consider unparticle inspired corrections of the type ${(\frac{R_G}{r})}^{\beta }$ to the Newtonian potential in the context of the gravitational quantum well. The new energy spectrum is computed and bounds on the parameters of these corrections are obtained from the knowledge of the energy eigenvalues of the gravitational quantum well as measured by the GRANIT experiment.

Revtex4 file, 4 pages, 2 figures and 1 table. Version to match the one published at Physical Review D

References in corpus (13)

• Unparticle Physics
• Particle Physics Implications of a Recent Test of the Gravitational Inverse Square Law
• Collider signals in unparticle physics
• Minimal Length Uncertainty Relation and gravitational quantum well
• Collider Phenomenology of Unparticle Physics
• Unparticle physics effects in B_s mixing
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• Scalar modifications to gravity from unparticle effects may be testable
• Constraints On Unparticle Physics In Electroweak Gauge Boson Scattering
• Long range forces and limits on unparticle interactions
• Modified Newton's law, braneworlds, and the gravitational quantum well
• Constraints on unparticle long range forces from big bang nucleosynthesis bounds on the variation of the gravitational coupling
• Astrophysical constraints on unparticle-inspired models of gravity

Cited by in corpus (4)

• Energy-dependent noncommutative quantum mechanics
• Hyperbolic orbits of Earth flybys and effects of ungravity-inspired conservative potentials
• Using global positioning systems to test extensions of General Relativity
• Short Distance Modification of a Gravitational System and its Optical Analog