\documentclass[12pt,Bold,letterpaper,TexShade]{mcgilletdclass}
%\usepackage[dvips,final]{graphicx}
\usepackage{graphicx}
\usepackage[dvips]{geometry}
\usepackage{feynmf}


\include{babarsym}
\include{mydefs}

\input defs.tex
\input numbers.tex
\input mybabarsym.tex

\unitlength=1mm
%\addtolength{\footskip}{-1cm}


%\usepackage{tex4ht}
%\usepackage{amsmath}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% Have you configured your TeX system for proper  %%
%% page alignment? See the McGillETD documentation %%
%% for two methods that can be used to control     %%
%% page alignment. One method is demonstrated      %%
%% below. See documentation and the ufalign.tex    %%
%% file for instructions on how to adjust these    %%
%% parameters.                                     %%
\addtolength{\hoffset}{0pt}                        %%
\addtolength{\voffset}{0pt}                        %%
%%                                                 %%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%       Define student-specific info
\SetTitle{\huge{A Search For The Rare Decay of a Charged $B$ Meson into a Charged $K$ Meson, a Neutrino and an Anti-Neutrino}}%
\SetAuthor{Joachim Harnois-D\'{e}raps}%
\SetDegreeType{Master of Physics}%
\SetDepartment{Physics Department}%
\SetUniversity{McGill University}%
\SetUniversityAddr{Montreal,Quebec}%
\SetRequirements{A thesis submitted to the
Faculty of Graduate Studies and Research
in partial fulfillment of the requirements
for the degree of Master of Science}%
\SetThesisDate{\today}%
\SetCopyright{\copyright{Joachim Harnois-D\'{e}raps, 2006}}%

\makeindex[keylist]
\makeindex[abbr]

%% Input any special commands below
%\newcommand{\Kron}[1]{\ensuremath{\delta_{K}\left(#1\right)}}
\listfiles%
\begin{document}

\maketitle%

\begin{romanPagenumber}{2}%

\SetDedicationName{}%

\SetDedicationText{
\begin{flushright} 
{\em pour mon p\`{e}re, ma  m\`{e}re, KaS et Jonathan} 
\end{flushright}
}%

\Dedication%

\SetAcknowledgeName{\MakeUppercase{Acknowledgements}}%

\SetAcknowledgeText{
We are grateful to the great luminosity and detetector quality provided
by the \pep2 and \babar engineers and physicists that allowed the
high-quality data aquisition; to Paul Mercure and Juan Callego for their
efforts put in the computing system in the McGill Physics Departement;
to Miika Klemetti and Sheila Mclachlin for their help in writing root and
C++ macros; to FCAR and McGill University for their financial assistance;
to Steven H. Robertson for the high quality of his supervision
throughout the analysis process and the writing of this document.
 }%
\Acknowledge%


%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%         English Abstract                        %%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\SetAbstractEnName{\MakeUppercase{Abstract}}%

\SetAbstractEnText{
\small
The document describes a search for the rare decay \BtoKnunu in a data
set of about 230 millions of \BBbar pairs recorded by the \babar
detector at the \pep2 \BF, via the process $\epem \to \FourS \to \BBbar$.
The method used selects events in which the \Bp meson is fully
reconstructed, and looks for a \Km in the rest of the event.
This is accomplished by applying kinematical and topological restrictions
that select \BtoKnunu  events with the largest possible efficiency,
while rejecting a maximum amount of background events.
The number of background events is estimated from data and from simulated
events, while the value of the selection efficiency relies solely on the
simulation of \BtoKnunu decays in the \babar detector.
These two numbers are required in order to set an upper limit on the branching ratio.
We analyze a subset of the data sample and provide an interpretation of the result.
}
\AbstractEn%

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%         French Abstract                         %%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\SetAbstractFrName{\MakeUppercase{ABR\'{E}G\'{E}}}%

\SetAbstractFrText{
\small
Ce document d\'{e}crit une recherche de la d\'{e}sint\'{e}gration rare \BtoKnunu parmi un
\'{e}chantillon de donn\'{e}es d'environ 230 millions de paires \BBbar, r\'{e}colt\'{e}es par le d\'{e}tecteur
\babar au complexe \pep2 gr\^{a}ce au processus  $\epem \to \FourS \to \BBbar$.
La m\'{e}thode utilis\'{e}e consiste \`{a} s\'{e}lectionner des \'{e}v\'{e}nements pour  lesquels il est possible 
de reconstituer enti\`{e}rement le m\'{e}son \Bp, puis de chercher un m\'{e}son \Km parmi les particules restantes.
Pour ce faire, diverses restrictions topologiques et cin\'{e}matiques sont appliqu\'{e}es sur les donn\'{e}es et tentent
de s\'{e}lectionner le plus de processus \BKnunu possible, tout en rejetant un nombre maximal d'\'{e}v\'{e}nements
ind\'{e}sirables. Certains, parmi ceux-ci, se retrouvent tout de m\^{e}me dans notre s\'{e}lection finale.
\`{A} l'aide des donn\'{e}es et de simulations, nous en estimons la quantit\'{e},
ainsi que l'efficacit\'{e} avec laquelle le processus \BKnunu est s\'{e}lectionn\'{e}, et 
ces deux quantit\'{e}s nous permettent  de poser une limite sup\'erieure sur 
le taux de branchement.
Nous analysons un \'{e}chantillon des donn\'{e}es et fournissons une interpr\'{e}tation du r\'{e}sultat.}
\AbstractFr%

\TOCHeading{\MakeUppercase{Table of Contents}}%
\LOTHeading{\MakeUppercase{List of Tables}}%
\LOFHeading{\MakeUppercase{List of Figures}}%
\tableofcontents %
\listoftables %
\listoffigures %

\end{romanPagenumber}

%\mainmatter %
 
\newpage
\include{chap1}
\newpage
\include{chap2}
\newpage
\include{chap3}
\newpage
\include{chap4}
\input uncertainty.tex
\input Run12.tex
\newpage
\include{chap5}
\newpage
\include{Appendix}
\input Logs.tex
\newpage
\include{bibliography}






%\SetAppendixName{Appendix}%
%\SetAppendixText{Here is the text of an Appendix.  If only one appendix is required, place it here.}%
%\ETDAppendix{Appendix A}{Here is the text of an Appendix.}%
%\ETDAppendix{Appendix B}{Here is the text of a second, additional Appendix}%
%fjklsdafjklsdafjkldasjfkldjaskl
%\end{\ETDAppendix}%

%\bibHeading{References}
%\bibliography{bibliography}
%\bibliographystyle{plain}

%\index[abbr]{IEEE@IEEE: Institute of Electrical and Electronics Engineers, Inc.}
%\index[abbr]{CDMA@CDMA: code-division multiple access}
%\index[abbr]{CTAN@CTAN: comprehensive \protect\TeX{} archive network}


%\printindex[keylist]{Index}{Index}{}
%\printindex[abbr]{KEY TO ABBREVIATIONS}{KEY TO ABBREVIATIONS}{}

\end{document}


 






