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We measure the topological susceptibility of quenched QCD on the lattice attwo high temperatures. For this, we define topology with the help of gradientflow and mitigate the statistical problem of topology at high temperaturesusing a reweighting technique. This allows us to enhance tunneling eventsbetween topological sectors and alleviate topological freezing. We quotecontinuum extrapolated results for the susceptibility at $2.5$ and$4.1~T_\mathrm c$ that agree well with the existing literature. We concludethat the method is feasible and can be extended to unquenched QCD with noconceptual problems.

Topological Susceptibility to High Temperatures via Reweighting