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We propose a simple method to detect the antiferromagnetic (AF) state offermionic atoms in an optical lattice by combining a time-of-flight (TOF)imaging method and a Feshbach resonance. In this scheme, the nontrivialdynamics of fermionic atoms during the imaging process works as a probe withrespect to the breaking of the translational symmetry in the AF state. Precisenumerical simulations demonstrate that the characteristic oscillatory dynamicsinduced by the scattering process that transfers an AF ordering vector appearsin TOF images, which can be easily observed experimentally.

Time-of-flight imaging method to observe signatures of antiferromagnetically ordered states of fermionic atoms in an optical lattice