Path integral quantization of an interacting pure spin-3/2 field

J. Kristiano, T. Mart
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Abstract

We present a brief strategy to use the second-order theory for fermions to construct the interactions of pure spin-3/2 particles. For this purpose we exploit the antisymmetric-tensor spinor representation and follow the Pascalutsa’s prescription. We found that the constraints for pure spin-3/2 field cannot be explicitly determined.We present a brief strategy to use the second-order theory for fermions to construct the interactions of pure spin-3/2 particles. For this purpose we exploit the antisymmetric-tensor spinor representation and follow the Pascalutsa’s prescription. We found that the constraints for pure spin-3/2 field cannot be explicitly determined.
相互作用纯自旋-3/2场的路径积分量子化
我们提出了一种利用费米子的二阶理论来构造纯自旋为3/2的粒子的相互作用的简单策略。为此,我们利用了反对称张量旋量表示,并遵循了帕斯卡卢察的处方。我们发现纯自旋-3/2场的约束不能明确确定。我们提出了一种利用费米子的二阶理论来构造纯自旋为3/2的粒子的相互作用的简单策略。为此,我们利用了反对称张量旋量表示,并遵循了帕斯卡卢察的处方。我们发现纯自旋-3/2场的约束不能明确确定。
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