Formula_12271

\[\begin{gathered}\Gamma^{j k m}=\sum_{j, k, m}\left(\frac{1}{12} \Psi_{0}^{i \alpha} \partial_{\alpha} \Psi_{0}^{p n} \partial_{l_{n}}^{2} \Psi_{0}^{q m} \partial_{p q}^{2} \Psi_{0}^{j k}+\right. \\\left.+\frac{1}{24} \Psi_{0}^{i \alpha} \Psi_{0}^{p n} \partial_{l n}^{2} \Psi_{0}^{q m} \partial_{p q \alpha}^{3} \Psi_{0}^{j k}-\Phi^{j \alpha} \partial_{\alpha} \Phi^{k m}\right) .\end{gathered}\]