2008
Casimir force for a scalar field in warped brane worlds, R. Linares, H. A. Morales Tecotl, O. Pedraza, Phys.Rev.D77:066012 (2008). hep-ph/0712.3963.
Abstract
In looking for imprints of extra dimensions in braneworld models one usually builds these so that they are compatible with known low energy physics and thus focuses on high energy effects. Nevertheless, just as submillimeter Newtons law tests probe the mode structure of gravity other low energy tests might apply to matter. As a model example, in this work we determine the 4D Casimir force corresponding to a scalar field subject to Dirichlet boundary conditions on two parallel planes lying within the single brane of a Randall-Sundrum scenario extended by one compact extra dimension. Using the Greens function method such a force picks the contribution of each field mode as if it acted individually but with a weight given by the square of the mode wave functions on the brane. In the low energy regime one regains the standard 4D Casimir force that is associated to a zero mode in the massless case or to a quasilocalized or resonant mode in the massive one while the effect of the extra dimensions gets encoded as an additional term.
On time-optimal procedure for analog system design
5D gravitational waves from complexified black rings
Efectos De Una Interacción No Conmutativa En La Radiación De Hawking
Fluido magneto reológico bajo perturbaciones magnéticas
A Fuzzy Control for Optimizing the Design of Passive Electrical Circuits
Extended T-Duality In Three Dimensions
A Proposal to Extend Duality in String Theory in Three Dimensions