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Check of the gluon-reggeization condition in the next-to-leading order: Gluon part

机译:倒数第二个顺序检查胶子再凝结条件:胶子零件

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摘要

The last bootstrap condition whose validity has not been verified to date is considered. This condition is an indispensable element in the unitarity-relation-based proof of themulti-Regge form of highenergy gluon-exchange QCD amplitudes in the next-to-leading-logarithm approximation. The approach used here relies on the s-channel unitarity and makes it possible to reproduce successively, in all orders of perturbation theory, themulti-Regge form of the amplitude, provided that specific nonlinear relations, called bootstrap conditions, hold. All of them were derived, and all, with the exception of one, were tested. An explicit verification of fulfillment of the last condition (the bootstrap condition for the inelastic amplitude of the production of one gluon inmulti-Regge kinematics) is performed. In our preceding study, we performed such a verification for purely fermion contributions, while, in the present study, we complete it for one-loop gluon corrections to the components of the condition being considered.
机译:考虑迄​​今为止尚未验证其有效性的最后一个引导条件。在以对数为先导近似的高能量胶子交换QCD振幅的多Regge形式的基于统一关系的证明中,此条件是必不可少的元素。此处使用的方法依赖于s通道的统一性,并且可以在所有阶次的扰动理论中连续再现振幅的多Regge形式,只要保持称为自举条件的特定非线性关系即可。所有这些都派生了,除一个外,所有都进行了测试。对最后一个条件(在多Regge运动学中一种胶子的产生的非弹性振幅的自举条件)的执行进行了明确的验证。在我们先前的研究中,我们对纯费米子的贡献进行了这种验证,而在本研究中,我们完成了对所考虑条件组成部分的单环胶子校正的验证。

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