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Apr
11
accepted Mathematica's “Solve” and filtering out the one real (non-complex) solution
Apr
11
accepted Analyticity of a function depending on $z$ and $\bar{z}$
Apr
11
asked Choosing the branch of a logarithm
Mar
25
awarded  Quorum
Mar
15
comment Mathematica's “Solve” and filtering out the one real (non-complex) solution
Same result, Mathematica seems unaware that $(-1)^{1/5}$ is a complex number... Although Im[(-1)^(1/5)] seems all right...
Mar
15
asked Mathematica's “Solve” and filtering out the one real (non-complex) solution
Mar
8
comment Analyticity of a function depending on $z$ and $\bar{z}$
@Fabian: All right, gotcha :)
Mar
8
awarded  Supporter
Mar
8
comment Analyticity of a function depending on $z$ and $\bar{z}$
Offtopic: does the \bar command result in ugly output? In my Firefox it displays waaay to high above, mmucking with every line containing such a symbol.
Mar
8
awarded  Student
Mar
8
comment Analyticity of a function depending on $z$ and $\bar{z}$
That's what I thought to have remembered from my course Complex Analysis. Thanks
Mar
8
asked Analyticity of a function depending on $z$ and $\bar{z}$
Aug
8
awarded  Autobiographer