The notation $\forall p_{o \beta} \forall q_{\mathrm{o} \beta}=E_{\mathrm{o}(\mathrm{o} \beta)(\mathrm{o} \beta)} p_{\mathrm{o} \beta} q_{\mathrm{o} \beta}=\cdot \overline{\overline{p_{\mathrm{o} \beta}}}=\overline{\overline{q_{\mathrm{o} \beta}}}$ appears to be
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