I am trying to get the inverse fourier transform of the following function:
$$\frac{ (i*k)}{( 1 - e^{(i*k*T)} ); }$$
Where t is constant. Is there a way to approach this?
I have tried the following in MATLAB:
syms k t T
F = (i*k)/( 1 - exp(i*k*T) );
ifourier(F, k, t);
and had
ans = -(fourier(k/(exp(T*k*1i) - 1), k, -t)*1i)/(2*pi)
for some reason.
Then I tried to evaluate merely the given function
FourierResult = fourier(k/(exp(k*1i) - 1), k, -t);
and had the same answer (matlab did not evaluate both fouriers)
is this a kind of unsolved fourier transform that no one had a solution yet? Or is there a good way to approach this?