论文标题
操作员形式中复杂的旋转器场
Complexified spinor fields in operator form
论文作者
论文摘要
基于假想坐标和动量的反自动接合操作员以及实际坐标，动量，能量和时间的自动接合操作员的量子场理论的形式主义，用于旋转磁场和相关主题。给出了在旋转轨道空间中Lorentz提升的统一表示。引入反射旋转的操作员，然后用于讨论自旋平等。在钴60β衰变中使用旋转的结论是在分析均等违规的分析中，发现奇偶校验不会破裂。为什么仅根据对旋转对动量的影响进行适当处理，提供了为什么只有右手抗管和左手中微子的解释。时间的反转在时间和能量的操作员的框架内得到处理，而这种对称性的代表是尊重schrödinger方程的方式，这是由相关的操作员和复杂形式主义的矢量的芯旋转来完成的。
The formalism of quantum field theory in operator form, based on the anti self-adjoint operators of the imaginary coordinate and momentum and the self-adjoint operators of the real coordinate, momentum, energy and time, is used in considerations of the spinor fields and related topics. The unitary representation of the Lorentz boosts in the spin-orbital space is given. The operators that mirror-reflect the spin are introduced and then used in discussion of the spin parity. The conclusion that the spin is odd is used in the analyze of the parity violation in the cobalt-60 beta decay and it is found that the parity is not broken. The explanation why there are only right-handed antineutrinos and left-handed neutrinos is offered on the basis of appropriate treatment of the influence of spin on momentum. The inversion of time is treated within the framework of the operators of time and energy and this symmetry is represented in a way that respects the Schrödinger equation and this is done by the Wick rotations of involved operators and vectors of the complexified formalism.
