deletions | additions       diff --git a/W mass and new physics.tex b/W mass and new physics.tex  index 0ffd414..2f9ac07 100644  --- a/W mass and new physics.tex  +++ b/W mass and new physics.tex 
...
This sole  measurement would already be a very sensitive probe of new physics, able to provide indirect evidence for the existence of particles that could not be observed directly at the LHC. One example is provided by the supersymmetric partners of the top quark, from the analysis of Ref.~\cite{1207.7355}, as illustrated in Fig.~\ref{fig:veronica}. The TLEP precision of 500~keV/$c^2$ on the W mass would give sensitivity to a stop squark of about 3~TeV/$c^2$, far heavier than could be detected at the HL-LHC, and independently of the stop decay mode. This is another example how the unparallelled TLEP precision could give access to new physics beyond the Standard Model.