The Brill waves
Corneliu.B~Serbanoiu
The goal of this paper is to present the physics behind Brill initial data sets as an excellent tool for numerical experiments of axisymmetric space-time, data sets which are practical application of HPC for numerical solutions of Einstein's vacuum equations.
gr-qc0404047.tex
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%\author{Corneliu.B~Serbanoiu}
%\title{The Brill waves}
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\begin{document}
\title{About Brill Initial Data Sets and HPC}

\def\a   {\alpha}
\def\b   {\beta}
\def\p   {\phi}
\def\t   {\theta}
\def\Y   {Y_{lm}}
\def\Ys  {Y^*_{lm}}
\def\Yt  {Y_{lm,\theta}}
\def\Ytt {Y_{lm,\theta\theta}}
\def\Ytp {Y_{lm,\theta\phi}}
\def\Yp  {Y_{lm,\phi}}
\def\Ypp {Y_{lm,\phi\phi}}
\def\Yz  {Y_{l0}}
\def\Yzt {Y_{l0,\theta}}
\def\Yztt{Y_{l0,\theta\theta}}
\def\c   {\cos\theta}
\def\s   {\sin\theta}

\author{Bogdan Corneliu Serbanoiu}
\affiliation{Center For Computation Technology,Baton Rouge,Frey Building, LA 70803, email: sbogdan@cct.lsu.edu}

\noaffiliation

\date{\today}

\begin{abstract}
The goal of this paper is to present the physics behind Brill initial data sets as an excellent tool for numerical experiments of axisymmetric space-time, data sets which are practical application of HPC for numerical solutions of Einstein's vacuum equations.    
\end{abstract}

\maketitle

This paper has been retracted by author because was published before passing though the quality control of Center for Computation and Technology.

\end{document}














