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\noindent
{\bf CLIC ``Stories" for the New Physics Snowmass Working Group} \\
CLIC Detector and Physics Study, 15 July 2013

The Snowmass 2013 ``New Physics Working Group" organized by Y. Gershtein, M. Luty, M. Narain, L.-T. Wang and D. Whiteson have proposed ``stories" that anticipate possible future outcomes at the LHC. At the Seattle meeting they listed various capabilities of proposed upgrades and facilities for each of these stories. CLIC was not included in this summary. This memo delivers responses for the CLIC environment.

The proposed stories are in reference to the question, ``If you see  \_\_\_\_\_\_ at LHC14, what can you learn at potential future facilities?"
\begin{enumerate}

\item SUSY in jets+MET
\subitem - Precision measurements of squark masses if accessible ($\tilde m\lsim \sqrt{s}/2$)
\subitem - Search for heavy Higgs bosons $(H^\pm,A,H)$ 
\subitem - Search for sleptons and electroweak -inos up to $\tilde m\lsim \sqrt{s}/2$
\subitem - Determine LSP mass

\item SUSY with light stop 
\subitem - Precision measurement of light stop mass and decay channels
\subitem - Search for Heavy Higgs bosons $(H^\pm,A,H)$  
\subitem - Search for sleptons and electroweak -inos up to $\tilde m\lsim \sqrt{s}/2$
\subitem - Determine LSP mass

\item RPV SUSY
\subitem - Precision flavor measurements of slepton decays
\subitem - Gaugino and higgsino masses and mixings
\subitem - Search for Heavy Higgs bosons $(H^\pm,A,H)$  
\subitem - Determine identity of the NLSP 

\item Heavy SUSY with leptons+MET
\subitem - Search for Heavy Higgs bosons $(H^\pm,A,H)$  
\subitem - Search for sleptons and electroweak -inos up to $\tilde m\lsim \sqrt{s}/2$
\subitem - Determine LSP mass

\item Nothing new
\subitem - Search for electroweak states up to ${\rm mass}\lsim \sqrt{s}/2$.
\subitem - Search for higher-dimensional operator effects (scale sensitivity up to $10\, \sqrt{s}$)
\subitem - Higgs boson couplings precision studies
\subitem - top quark couplings precision studies

\item WIMPs via jet+MET
\subitem - Search for confirmation of WIMP MET signature at high $\sqrt{s}$
\subitem - Precision studies of the Higgs boson and top quark

\item Heavy resonance
\subitem - Precision mass and decay studies of resonance if ${\rm mass}\lsim \sqrt{s}$
\subitem - If heavier, study accessible effective operators induced by heavy resonance

\item Invisible Higgs decay
\subitem - Precision determination of all Higgs boson branching fractions
\subitem - Global, model-independent fit for total Higgs width

\item More Higgses
\subitem - Confirmation of the new Higgs boson signatures
\subitem - Precision studies of their masses and decay channels
\subitem - Determination of the type of model (type I, II, extra singlet, etc.)

\item Heavy quarks
\subitem - Precision studies of top quark to search for evidence of mixing with heavier quarks

\item Quark or lepton compositeness
\subitem - Precision studies of higher-dimensional operators induced by compositeness

\end{enumerate}

\bigskip\bigskip
\noindent
More can be found in the following publications:

\noindent
{\it Physics and Detectors at CLIC}, CLIC Conceptual Design Report, eds.\ L. Linssen et al., arXiv:1202.5940.

\noindent
{\it The CLIC Programme: towards a staged $e^+e^-$ Linear Collider exploring the Terascale}, CLIC Conceptual Design Report, 2012, eds.\ P. Lebrun et al., arXiv:1209.2543

\noindent
{\it Physics at the CLIC $e^+e^-$ Linear Collider: Input to the Snowmass process 2013}, The CLIC Detector and Physics Study (H. Abromowicz et al.), 2013, Snowmass Proceedings.


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