diff 56bc728..f6bf760 pixton_completeness_counterexample_v2.txt
diff --git a/pixton_completeness_counterexample_v2.txt b/pixton_completeness_counterexample_v2.txt
index 063d7d4..63a5f36 100644
--- a/pixton_completeness_counterexample_v2.txt
+++ b/pixton_completeness_counterexample_v2.txt
@@ -362,7 +362,7 @@ than ker q for at least one (g,n).
So the setup is:
- P_{g,n} subseteq ker q_{g,n} subseteq S_{g,n},
+ P_{g,n} ⊆ ker q_{g,n} ⊆ S_{g,n},
^
this paper shows strict inclusion
at g = 10^60, n = 3*C(g,3).
@@ -486,7 +486,7 @@ Nonmembership Y not in P_{g,n} is an assertion in the formal
strata algebra S_{g,n}; it is untouched by passing from A^* to
H^*. The strict inclusion
- P_{g,n} subseteq ker q^CH_{g,n} subseteq ker q^H_{g,n}
+ P_{g,n} ⊆ ker q^CH_{g,n} ⊆ ker q^H_{g,n}
then gives the claimed statement. Passing from Chow vanishing to
cohomological vanishing uses the second inclusion; it requires no