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We investigate finite temperature properties in the half-filledthree-component (colors) fermion systems. It is clarified that a colordensity-wave (CDW) state is more stable than a color-selective"antiferromagnetic" (CSAF) state against thermal fluctuations. The reentrantbehavior in the phase boundary for the CSAF state is found. We also address themaximum critical temperature of the translational symmetry breaking states inthe multicomponent fermionic systems.

Finite Temperature Properties of Three-Component Fermion Systems in Optical Lattice