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We discuss the flavor number dependence of QCD at low temperature and highdensity by the complex Langevin method. In our previous work, the complexLangevin method is confirmed to satisfy the criterion for correct convergencein certain regions, such as $\mu_{\rm q} / T = 5.2-7.2$ on $8^3 \times 16$ and$\mu_{\rm q} / T = 1.6-9.6$ on $16^3 \times 32$ using $N_{\rm f} = 4$ staggeredfermion at $\beta = 5.7$. We extend this study to more realistic flavor cases,$N_{\rm f} = 2, 2 + 1, 3$, using Wilson fermions. We present the flavor numberdependence of the validity regions of the complex Langevin method and the quarknumber.

Flavor number dependence of QCD at finite density by the complex Langevin method