RayJ Johnson
Checking the work by inverting the inverse
Let this be that
{{{If
the}}
{{{[sum of the subsets] (of {the set} {which} {define} s said {[set of subsets]})
([}is not equal to{])
{the set defining the set}
(a-n+d)
([said subsets])}T}
hen the de fine is no dime sabe?
There is
no de {{f[in]{i t} {(ion)}}
so you do not waste yourr
dime f(((owei)))ng
pazzt
go so the
slow lane can
zollezz $200
get sit...
Quine got
{[((it)]}} down
to the point
of the point
.
at which Quine
Quine quit
Quining Quine
and left the door open
which the keymaker
unlocks in the matrix
and no one noticezZz
https://youtu.be/WRLsratLU_k
{
{{
If
the
}}
{ { {
[
sum of the subsets
]
(of
{the set}
{which}
{define}
s
said
{[set of subsets]}(
) [}is not equal to{])
([}is not equal to{)]
[}is not equal to{)
}is not equal to{
{the set defining the set}
(a-n+d)
([said subsets])}
T}
hen the de fine is no
di
me
sabe?
Dimme
is
Latino
per
0
tell
me
Pi
me
please
There is
no de {{f[in]{i t} {(ion)}} }}
so you do not waste yourr
dime f(((owei)))ng pazzt
go so the slow lane can zollezz $200
get sit...Quine got
{[((it)]}} down
to the point
of the point
.


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