deletions | additions       diff --git a/EWSB parameters.tex b/EWSB parameters.tex  index 728d7e7..2bc7a82 100644  --- a/EWSB parameters.tex  +++ b/EWSB parameters.tex 
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In the following we will describe briefly the potential of TLEP for precise measurements at or around the Z pole, at the W pair threshold, and the top quark pair threshold. A summary of the potential of TLEP for precision electroweak measurements is given in table~\ref{tab:EW-TLEP}. Combined with the permil precision measurements of the Higgs boson properties, TLEP could offer definitive investigations on the Electroweak Symmetry breaking, and on the possible existence of weakly interacting particles beyond those already known, with a precision sufficient for discovery. It will be the task of the upcoming design study to examine what are the requirements and possible difficulties in turning this potential into reality.  \begin{table}[htb]  \caption{Event rates in \caption{ overview of  a 50 kton magnetized iron detector selected and incomplete set of precision measurements at TLEP. Statistical errors have been calculated using the following assumptions: \\   1 year scan of the Z line shape with 50\% data at the peak, using resonant depolarization of single  for one energy calibration at O(20min) intervals leading to $710^{11}$ Z decays ($M_Z,\Gamma_Z, R_{\ell} , N_{\nu}$ from peak cross-section, $R_b$). \\   1  year running data taking with longitudinal polarized beams  at 40\% beam polarization and luminosity reduced to 20\% of nominal (requires spin rotators).\\   1 Year data taking around 161 GeV (WW threshold scan) with resonant depolarization for energy calibration at O(20min) intervals ($M_W , N_{\nu}$ from ratio of $Z\gamma$ events with invisible Z vs leptonic Z decays).\\   5 years of data taking at 350 GeV (top threshold scan).\\   Systematic errors are only  a Neutrino Factory} “first look” estimate and will be revisited in the course of the design study.}  \label{tab:EW-TLEP}  \renewcommand{\arraystretch}{1.2} \renewcommand{\arraystretch}{1.}  % enlarge line spacing \begin{tabular}{l c c c c c c  c} \hline Baseline& CC \anumu \hline   \\   Quantity& Physics & Present precision & TLEP   Stat errors& Possible TLEP Syst. Errors  & CC \nue TLEP key  & CC \numu Challenge  \\&&& Golden signal\\  &&& $\sin^2\tetac=0.01$\\  \hline  730 km & $ 3.5~ 10^7$& 5.9~ 10^7 $&$ 1.1~ 10^5$ \\   3500 km & $ 1.2~ 10^6$& 2.4~ 10^6 $&$ 1.0~ 10^5$ \\   \hline  \end{tabular}  \end{table}