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Mathematics 12 Online
OpenStudy (zzr0ck3r):

\(\pi^\pi \) might be rational!

OpenStudy (zzr0ck3r):

Its slow tonight so I thought I would just put that out there.

OpenStudy (anonymous):

If it was, would it it really matter?

OpenStudy (zzr0ck3r):

well, as much as any of it matters I guess.

OpenStudy (zzr0ck3r):

It would be much cooler than it being transindental

OpenStudy (anonymous):

\(\pi\) isn't even enough to get all the way around a circle.

OpenStudy (zzr0ck3r):

lol

OpenStudy (zzr0ck3r):

have you seen the argument for making that a true thing?

OpenStudy (zzr0ck3r):

the tau manafesto

OpenStudy (anonymous):

Well \(\pi\) itself likely will never be changed, but having something represent a full revolution around the unit circle would be awesome.

OpenStudy (zzr0ck3r):

yeah that's what I meant, naively

OpenStudy (zzr0ck3r):

I thought people would be more excited about the prospect of \(\pi^\pi\) being rational.

OpenStudy (anonymous):

Well, why do you bring it up now?

OpenStudy (zzr0ck3r):

I just read it in some set theory book. Its not such a fascinating claim, I just never thought about it.

OpenStudy (anonymous):

Exponents are weird like that.

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