Green's function for chordal SLE curves

For a chordal SLE${}_{\kappa }$ ($\kappa \in (0,8)$) curve in a domain $D$, the $n$-point Green’s function valued at distinct points $z_1,\dots ,z_n\in D$ is defined to be $$G(z_1,\dots ,z_n)=\underset{r_1,\dots ,r_n\downarrow 0}{\lim }\prod _{k=1}^n{r}_k^{d-2}\mathbb{P}[dist(\gamma ,z_k)<r_k,1\le k\le n],$$ where $d=1+\frac{\kappa }{8}$ is the Hausdorff dimension of SLE${}_{\kappa }$, provided that the limit converges. In this paper, we will show that such Green’s functions exist for any finite number of points. Along the way we provide the rate of convergence and modulus of continuity for Green’s functions as well. Finally, we give up-to-constant bounds for them.