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Seshatic Joker Platonism is Seshatism under Closed Joker Calculus (CLC).
So, it proves that Seshatic X is closer to Seshatism than X for some X.
In this case, it means Seshatic Joker Platonism is closer to Seshatism than Joker Platonism.
However, does this hold for all X?
Technically, "closer" here means "closer or equal", but I write "closer" as a shorthand.
The text was updated successfully, but these errors were encountered:
If this is the case, then Seshatic Joker Seshatism is closer to Seshatism than Joker Seshatism.
(Joker Seshatism) (Joker Seshatism) evaluates to (Seshatic Joker Seshatism, Platonism).
Notice that if this was (Seshatism, Platonism), it would be Joker Seshatism.
Seshatism has the property that Seshatic Seshatism is Seshatism.
In general, when X X is X, it is either Seshatism or Platonism (as far I know).
Comparing to Joker Seshatism, it has the property that X X is "almost" X.
However, if Seshatic Joker Seshatic is closer to Seshatism than Joker Seshatism,
then (Seshatic Joker Seshatism, Platonism) is closer to (Seshatism, Platonism) than (Joker Seshatism, Platonism).
This means (Joker Seshatism) (Joker Seshatism) is closer to Joker Seshatism than (Joker Seshatism, Platonism).
Seshatic Joker Platonism
isSeshatism
under Closed Joker Calculus (CLC).So, it proves that
Seshatic X
is closer toSeshatism
thanX
for someX
.In this case, it means
Seshatic Joker Platonism
is closer toSeshatism
thanJoker Platonism
.However, does this hold for all
X
?Technically, "closer" here means "closer or equal", but I write "closer" as a shorthand.
The text was updated successfully, but these errors were encountered: