Notes/WZCSA07/noteWZ.tex

\documentclass{cmspaper}

%
% $Id:
%

\usepackage{graphicx}
\usepackage[intlimits]{amsmath}
\usepackage{amsfonts}
\usepackage{amssymb}
\usepackage{fancyhdr}
\usepackage{epsfig}
\usepackage{rotating}
\usepackage{lscape}
\usepackage{graphicx}
\usepackage{pst-node}
\RequirePackage{xspace}
\input noteZZsymbols

\begin{document}

%==============================================================================
% title page for few authors

\begin{titlepage}

  \analysisnote{2008/xxx}
   \date{20 June 2008}

  \title{Study of the process\\
    $ \proton\proton\to \W\Z \to  \ell^{\pm} \ellell (\ell=e,\mu)$\\
     at CMS}

  \begin{Authlist}
    V.~Brigljevi\'c, S.~Morovi\'c, S.~Djuri\'c
       \Instfoot{IRB}{Rudjer Bo\v skovi\'c Institute, 10002 Zagreb, Croatia}
       S.~Beauceron
       \Instfoot{CERN}{CERN, Geneva, Switzerland}
       K.~Kaadze, Y.~Maravin
       \Instfoot{KSU}{Kansas State University, Manhattan, Kansas, USA}
  \end{Authlist}

  \begin{abstract}

    In this note, we investigate the discovery potential
    for the $\proton\proton \to \W\Z \to \ell^{\pm} \ellell (\ell=e,\mu)$ process at CMS,
    with full detector simulation of the signal and of the various backgrounds.
    We determine the signal significance as a function of
    integrated luminosity at the LHC based on Standard Model
    cross sections computed at the next to leading order in $\alpha_s$.  
    We expect $\sim 97 $ signal $\W\Z \to \ell^{\pm} \ellell (\ell=e,\mu)$ events for $\sim 22$ background 
    events per inverse femtobarn. The background is found
    to be dominated by the $\Zbbbar$,  $\t\tbar$ and \ZZ processes with three true electrons or muons in the 
    final state.  The sensitivity of the analysis allows for a potential 5-sigma discovery
    of the $\proton\proton \to\W\Z$ channel with about 150 inverse picobarn.
  \end{abstract}

\end{titlepage}

\setcounter{page}{2}%JPP

%==============================================================================

\tableofcontents

\setcounter{footnote}{0}

\newpage
\input introduction
\input samples
\input selection
\input results
\input conclusion

%\newpage
\bibliographystyle{physrev4wt}
\bibliography{noteWZ}

\end{document}
Revision:	1.1
Committed:	Wed Jun 11 15:18:44 2008 UTC (16 years, 10 months ago) by vuko
Content type:	application/x-tex
Branch:	MAIN
Log Message:	first commit to CVS of the CSA07 WZ note
#	User	Rev	Content
1	vuko	1.1	\documentclass{cmspaper}
2
3			%
4			% $Id:
5			%
6
7			\usepackage{graphicx}
8			\usepackage[intlimits]{amsmath}
9			\usepackage{amsfonts}
10			\usepackage{amssymb}
11			\usepackage{fancyhdr}
12			\usepackage{epsfig}
13			\usepackage{rotating}
14			\usepackage{lscape}
15			\usepackage{graphicx}
16			\usepackage{pst-node}
17			\RequirePackage{xspace}
18			\input noteZZsymbols
19
20			\begin{document}
21
22			%==============================================================================
23			% title page for few authors
24
25			\begin{titlepage}
26
27			\analysisnote{2008/xxx}
28			\date{20 June 2008}
29
30			\title{Study of the process\\
31			$ \proton\proton\to \W\Z \to \ell^{\pm} \ellell (\ell=e,\mu)$\\
32			at CMS}
33
34			\begin{Authlist}
35			V.~Brigljevi\'c, S.~Morovi\'c, S.~Djuri\'c
36			\Instfoot{IRB}{Rudjer Bo\v skovi\'c Institute, 10002 Zagreb, Croatia}
37			S.~Beauceron
38			\Instfoot{CERN}{CERN, Geneva, Switzerland}
39			K.~Kaadze, Y.~Maravin
40			\Instfoot{KSU}{Kansas State University, Manhattan, Kansas, USA}
41			\end{Authlist}
42
43			\begin{abstract}
44
45			In this note, we investigate the discovery potential
46			for the $\proton\proton \to \W\Z \to \ell^{\pm} \ellell (\ell=e,\mu)$ process at CMS,
47			with full detector simulation of the signal and of the various backgrounds.
48			We determine the signal significance as a function of
49			integrated luminosity at the LHC based on Standard Model
50			cross sections computed at the next to leading order in $\alpha_s$.
51			We expect $\sim 97 $ signal $\W\Z \to \ell^{\pm} \ellell (\ell=e,\mu)$ events for $\sim 22$ background
52			events per inverse femtobarn. The background is found
53			to be dominated by the $\Zbbbar$, $\t\tbar$ and \ZZ processes with three true electrons or muons in the
54			final state. The sensitivity of the analysis allows for a potential 5-sigma discovery
55			of the $\proton\proton \to\W\Z$ channel with about 150 inverse picobarn.
56			\end{abstract}
57
58			\end{titlepage}
59
60			\setcounter{page}{2}%JPP
61
62			%==============================================================================
63
64			\tableofcontents
65
66			\setcounter{footnote}{0}
67
68			\newpage
69			\input introduction
70			\input samples
71			\input selection
72			\input results
73			\input conclusion
74
75			%\newpage
76			\bibliographystyle{physrev4wt}
77			\bibliography{noteWZ}
78
79			\end{document}