Abstract

We show that the ferromagnetic and antiferromagnetic spinor condensates display distinct dynamical behaviors in double well. For the ferromagnetic case, strong symmetry-breaking dynamics can be induced by a small initial distortion. Contrarily, the σ = ±1 components tend to be well mixed in the antiferromagnetic condensate. The tunneling coupling plays an important role in distinguishing ferromagnetism and antiferromagnetism.

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