A de-Sitter thick domain wall solution by elliptic functions
Naoki Sasakura (YITP, Kyoto Univ.)

TL;DR
This paper presents an exact analytical solution for a de-Sitter thick domain wall in five-dimensional Einstein gravity coupled with a scalar field, using elliptic functions to express the solution.
Contribution
It introduces a novel analytical solution involving elliptic functions for a de-Sitter thick domain wall with an axion-like scalar potential.
Findings
Solution expressed in terms of elliptic functions
Scalar potential is axion-like: V(phi)=a+b cos(phi)
Constants satisfy -3b<5a<3b
Abstract
We obtain and study an analytical solution of a de-Sitter thick domain wall in five-dimensional Einstein gravity interacting with a scalar field. The scalar field potential is axion-like, V(phi)=a+b cos(phi) with constants a,b satisfying -3b<5a<3b, and the solution is expressed in terms of elliptic functions.
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