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@@ -106,9 +106,7 @@ First, we seek draw conclusions from our model that would be applicable to
generic holomorphic functions without any symmetry. Samples of $H_0$ nearly
provide this, save for a single anomaly: the value of the energy and its
gradient at any point $z$ correlate along the $z$ direction, with
-$\overline{H_0\partial_iH_0}\propto \overline{H_0(\partial_iH_0)^*}\propto z_i$. Besides being a
-spurious correlation, in each sample there is also a `radial' gradient of
-magnitude proportional to the energy, since $z\cdot\partial H_0=pH_0$. This
+$\overline{H_0\partial H_0}\propto \overline{H_0(\partial H_0)^*}\propto z$. This
anomalous direction must be neglected if we are to draw conclusions about
generic functions, and the constraint surface $z^Tz=N$ is the unique surface
whose normal is parallel to $z$ and which contains the configuration space of