Scott Hillburn, 2016

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Scott Hillburn, 2016
The formula Maura was referring to is: e^(i * π) + 1 = 0
It’s a full celebration of five fundamental constants in one breathtaking equation. ^_^
Since it’s Pi-day (March 14), let’s appreciate Euler’s number e by defining π with it. 😎
e^(i * x) = cos(x) + i * sin(x)
Then we can define π as:
π = min { x ∈ ℝ⁺ | cos(x) = -1 and sin(x) = 0 }
Boom!! Geometry becomes a theorem. Happy Pi-day, Dr. Maura Isles.🥧😄😅
Hiii!!!!!! I really like @agileo-101 's Mob boss Pluey AU!!!!
🏳️🌈⋆.˚ 𓇼⋆.˚ 𓇼⋆.˚ 𓇼 𓇼 ⋆.˚ 𓇼 ⋆.˚ ⋆.˚ 𓇼 ⋆.˚ ⋆.˚ 𓇼 ⋆.˚ ⋆.˚ 𓇼 ⋆.˚ ✶ ◔ ◔
That exponentiation fractal I posted the other day is periodic on the imaginary axis. The period is 2π, because why wouldn't it be?
anthropomorphized π (Pi)
Wilson Hall, Fermilab, Batavia, Illinois
photo: David Castenson
counting petals by chancellor stokes