Vacuum Energy and Casimir Force in a Presence of Skin-depth Dependent Boundary Condition
arXiv:hep-th/0003229 · doi:10.1134/1.1389563
Abstract
The vacuum energy-momentum tensor (EMT) and the vacuum energy corresponding to massive scalar field on space-time with boundary condition involving a dimensional parameter () are found. The dependent on the cavity size Casimir energy $\wt E_{C}$ is a uniquely determinable function of mass , size and "skin-depth" . This energy includes the "bulk" and the surface (potential energy) contributions. The latter dominates when . Taking the surface potential energy into account is crucial for the coincidence between the derivative $-\d \wt E_{C}/\d l$ and the -component of the vacuum EMT. Casimir energy $\wt E_C$ and the bulk contribution to it are interconnected through Legendre transformation, in which the quantity is conjugate to the vacuum surface energy multiplied by . The surface singularities of the vacuum EMT do not depend on and, for even , or , possess finite interpretation. The corresponding vacuum energy is finite and retains known analytical dependence on the dimension .
8 pages, no figures, latex
References in corpus (2)
Cited by in corpus (10)
- The generalized Abel-Plana formula with applications to Bessel functions and Casimir effect
- Repulsive Casimir effect from extra dimensions and Robin boundary conditions: from branes to pistons
- Bulk Casimir densities and vacuum interaction forces in higher dimensional brane models
- Casimir densities for a spherical boundary in de Sitter spacetime
- Casimir stress on parallel plates in de Sitter space
- Finite temperature Casimir effect for scalar field with Robin boundary conditions in spacetime with extra dimensions
- Scalar Casimir densities for cylindrically symmetric Robin boundaries
- Wightman function and the Casimir effect for a Robin sphere in a constant curvature space
- Casimir stress on parallel plates in de Sitter space with signature change
- Casimir densities for parallel plate in the Domain Wall background