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In a kagome lattice, the time reversal symmetry can be broken by a staggeredmagnetic flux emerging from ferromagnetic ordering and intrinsic spin-orbitcoupling, leading to several wellseparated nontrivial Chern bands and intrinsicquantum anomalous Hall effect. Based on this idea and ab initio calculations,we propose the realization of the intrinsic quantum anomalous Hall effect inthe single layer Cs2Mn3F12 kagome lattice and on the (001) surface of aCs2LiMn3F12 single crystal by modifying the carrier coverage on it, where theband gap is around 20 meV. Moreover, a simplified tight binding model based onthe in-plane dd\sigma antibonding states is constructed to understand thetopological band structures of the system.

Intrinsic Quantum Anomalous Hall Effect in the Kagome Lattice Cs2LiMn3F12