deletions | additions       diff --git a/subsection_General_Relativity_Quantum_Field__.tex b/subsection_General_Relativity_Quantum_Field__.tex  index ce5df4e..f977627 100644  --- a/subsection_General_Relativity_Quantum_Field__.tex  +++ b/subsection_General_Relativity_Quantum_Field__.tex 
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\begin{equation}  \usepackage{physics}  \xi_{ave}\left( \lvert{\Omega^{\prime}}\rangle \right) = \xi_{ave}\left( \lvert{\Omega}\rangle \right) - f \frac{\int_{V}\left( \vec{J}_{e} \cdot \vec{A}_{cl}(\vec{v}\vec{\chi}_{1}) \vec{A}_{cl}(\vec{x}\vec{\chi}_{1})  \right) d\vec{x} }{} \end{equation}  For the purpose of Alcubierre experimentation, we assume that negative energy densities in Quantum Field Theory are in fact similar to General Relativity's own interpretation. This assumption allows us to perform Alcubierre and negative energy experiments with the expectation that by mixing Quantum Field Theory, General Relativity, and semi-classical theory, we can obtain real results.