Difference between revisions of "Outreach"

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\end{equation}
 
\end{equation}
  
$$ x^2 $$
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\\( x^2 \\)

Revision as of 17:39, 29 March 2017

Look at this cool equation: \begin{equation}x^2\end{equation}.

The generalized correlation function is:

\begin{equation} \label{eq:1} g_{{n_1},\cdots,{n_N},\Gamma}^{(N)}(\lbrace \tilde\omega_\mu \rbrace) \equiv \frac{\langle :\Pi_{\mu=1}^{N}{\xi_\mu^\dagger}^{n_\mu} (\tilde\omega_\mu) \xi_\mu^{n_\mu}(\tilde\omega_\mu): \rangle }{\Pi_{\mu=1}^{N} \langle {\xi_\mu^\dagger}^{n_\mu}(\tilde\omega_\mu) \xi_\mu^{n_\mu}(\tilde\omega_\mu) \rangle}\,, \end{equation}

\\( x^2 \\)