Decompose into simple fractions over $mathbb{C}$:

$f(x) = frac{1}{(x^2-1)^n}$.

I know how to decompose some fractions by $mathbb{R}$, but I have no idea how analyze this over $mathbb{C}$ and solve dependency from $n$.

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# Decompose into simple fractions over $mathbb{C}$

Decompose into simple fractions over $mathbb{C}$:

$f(x) = frac{1}{(x^2-1)^n}$.

I know how to decompose some fractions by $mathbb{R}$, but I have no idea how analyze this over $mathbb{C}$ and solve dependency from $n$.

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