论文标题
量子场理论方法中的光子和质子与光子和质子的相互作用
Fermionic dark matter interaction with the photon and the proton in the quantum field-theoretical approach and generalizations
论文作者
论文摘要
质量尺寸一个量子场，该量子场是用双螺旋性（ELKO）的电荷共轭操作员的特征派构建的，是描述暗物质的主要候选者。它们与光子和质子在散射过程中的相互作用在这里进行了探索和讨论，同时使用标准QFT与Maxwell量规场和广义QFT，也涉及Podolsky量规部门。在ELKO设置中，在广义旋转双重和扭曲的共轭的背景下，分析了重新归一化和辐射校正，都产生了单位性。仔细检查了几种应用，涉及固有的黑暗构建和星系旋转曲线，非偏见的潜在状态以及涉及Elko的Møller样散射。
Mass dimension one quantum fields, constructed upon eigenspinors of the charge conjugation operator with dual helicity (ELKO), are prime candidates to describe dark matter. Their interaction with the photon and the proton, in scattering processes, are here explored and discussed, using both the standard QFT with a Maxwell gauge field and a generalized QFT also involving a Podolsky gauge sector. Renormalization and radiative corrections are analyzed in the ELKO setup, in the context of a generalized spinor dual and the twisted conjugation, both yielding unitarity. Several applications are scrutinized, involving the inherent darkness underlying ELKO construction and galaxies rotation curves, the non-relativistic potential regime, and the Møller-like scattering involving ELKO.
