projects
/
lambda.git
/ blobdiff
commit
grep
author
committer
pickaxe
?
search:
re
summary
|
shortlog
|
log
|
commit
|
commitdiff
|
tree
raw
|
inline
| side by side
typo
[lambda.git]
/
topics
/
_week4_fixed_point_combinator.mdwn
diff --git
a/topics/_week4_fixed_point_combinator.mdwn
b/topics/_week4_fixed_point_combinator.mdwn
index
01185c4
..
eca5fc9
100644
(file)
--- a/
topics/_week4_fixed_point_combinator.mdwn
+++ b/
topics/_week4_fixed_point_combinator.mdwn
@@
-475,8
+475,8
@@
to our other arithmetic operators.
~~> \fz.f(f((\fz.f((\hfz.f(hhfz)) (\hfz.f(hhfz))))fz))
~~> \fz.f(f(f((\hfz.f(hhfz)) (\hfz.f(hhfz)))))
~~> \fz.f(f((\fz.f((\hfz.f(hhfz)) (\hfz.f(hhfz))))fz))
~~> \fz.f(f(f((\hfz.f(hhfz)) (\hfz.f(hhfz)))))
-So
2 + (HH) <~~> (HH)
. This is what we expect from arithmetic infinity.
-You can check to see if
2 * (HH) <~~> (HH)
.
+So
`2 + (HH) <~~> (HH)`
. This is what we expect from arithmetic infinity.
+You can check to see if
`2 * (HH) <~~> (HH)`
.
So our fixed point recipe has delivere a reasonable candidate for
arithmetic infinity.
So our fixed point recipe has delivere a reasonable candidate for
arithmetic infinity.