I have known that the lattice given by the pair $(\tau_1,\tau_2)$ can determine a complex structures on torus $T^2$.
But how to prove that all the complex structures of torus can be obtained in this way?
I have known that the lattice given by the pair $(\tau_1,\tau_2)$ can determine a complex structures on torus $T^2$.
But how to prove that all the complex structures of torus can be obtained in this way?
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This follows from the Riemann mapping theorem.
If you consider a compatible Riemannian metric on the torus, the claim can be expressed as follows: every metric on the torus has a flat metric in its conformal class.