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Imaginary zeros of f(z)= z^(1/z) (real valued solutions f(z)>e^(1/e))
#15
Hey Ivars, welcome on board!

Ivars Wrote:-i = power tower (e^pi/2) = h (e^pi/2)

But be aware that this is mathematically wrong!
Correct is:

power tower (e^(pi/2)) = oo

If you mean something different for example an infinite valued function or a fixed point of x^x then you have to explicitely state that.
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Messages In This Thread
RE: Imaginary zeros of f(z)= z^(1/z) (real valued solutions f(z)>e^(1/e)) - by bo198214 - 11/02/2007, 08:43 PM
RE: Tetration below 1 - by Gottfried - 09/09/2007, 07:04 AM
RE: The Complex Lambert-W - by Gottfried - 09/09/2007, 04:54 PM
RE: The Complex Lambert-W - by andydude - 09/10/2007, 06:58 AM

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