Difference between revisions of "Outreach"

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Look at this cool equation: $g_\Gamma^{(2)}(\omega_1,\omega_2)=1$.
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We value highly our mission to bring knowledge to the general public. We provide a series of Outreach activities throughout the years, at which occasions you can come and meet us and the Science we do.
  
The generalized correlation function is:
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{|style="width: 85%; margin:auto"
 
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\begin{equation}
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|[[File:Inverse_square_law.png|180px]]
\label{eq:1}
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| [[Inverse Square law investigated with gamma rays]]
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}\,,
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\end{equation}
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|[[File:university-of-wolverhampton.png|180px]]
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| [[Physics Day (June 2017)|Physics Day]] (next on June, 23!)
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Revision as of 07:45, 30 March 2017

We value highly our mission to bring knowledge to the general public. We provide a series of Outreach activities throughout the years, at which occasions you can come and meet us and the Science we do.

Inverse square law.png Inverse Square law investigated with gamma rays
University-of-wolverhampton.png Physics Day (next on June, 23!)