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Proton-proton collision and the Pauli principle in the strong, weak, andelectromagnetic interactions of elementary particles (SWEEP) model

机译:基本粒子的强,弱和电磁相互作用中的质子-质子碰撞和保利原理(SWEEP)模型

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Proton-proton collisions, such as those expected in the large hadron collider of theEuropean Organization for Nuclear Research, are examined in the context of the model of strong,weak, and electromagnetic interactions of elementary particles. In this model, basic particles are theneutrino, the pion, and the archyon or beauty baryon, while quarks, vector bosons, and the Higgsboson do not play a role, although they are not necessarily excluded. The proton is composed of anarchyon and three pions, whence the products of the collisions will be mainly pions and stable ormetastable baryons, particles that then decay in the usual manner. The interaction of two baryonsrequires the application of the Pauli principle, which is implemented by introducing a change in theLagrangian density defined in previous papers.
机译:质子-质子碰撞,例如在欧洲核研究组织的大型强子对撞机中预期的碰撞,是在基本粒子的强,弱和电磁相互作用模型的背景下进行检查的。在此模型中,基本粒子是中微子,介子,原核或美丽重子,而夸克,矢量玻色子和希格斯玻色子则没有作用,尽管不一定排除它们。质子由无政府状态的动物和三个介子组成,碰撞的产物将主要是介子和稳定的或可重化的重子,然后粒子以通常的方式衰减。两个重子的相互作用需要Pauli原理的应用,该原理是通过引入先前论文中定义的拉格朗日密度来实现的。

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