Is there a Möbius transformation which maps the sides of the triangle with vertices at $−1$, $i$ and $1$ to the sides of an equilateral triangle (all sides equal)?
Thanks!
Is there a Möbius transformation which maps the sides of the triangle with vertices at $−1$, $i$ and $1$ to the sides of an equilateral triangle (all sides equal)?
Thanks!
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Mobius transformations (like any other holomorphic transformation) conserve angles, so that's not possible.
However, there are some that map the vertices $1,i,-i$ to the vertices of an equilateral triangle (and the sides of the original triangle to some arcs)