论文标题
关于手性底座的身体不等式
On The Physical Non-Equivalence of Chiral Bases
论文作者
论文摘要
在这封信中，我们试图纠正与狄拉克·比斯波纳场手性阶段的身体相关的持久误解。显然，在Minkowski时空中可以获得的旋转波形的最通用的一阶部分微分方程是Dirac样方程，它同时将质量和手性角作为自由参数，即所谓的手性狄拉克方程。以前，主张提出了文献，这些文献断言任何试图通过这种概括纳入手性的尝试都可以毫无用处地减少到名义上的狄拉克方程。这些陈述是不正确的。在这封信中，我们提供了一个正式的证据，证明了手性角度不同的粒子状态的身体不等于，从而明确地证明了手性基础的物理性。
In this letter we seek to redress lingering misconceptions pertaining to the physicality of the chiral phase of Dirac bi-spinor fields. Demonstrably, the most general first-order partial differential equation for spinor wavefunctions that can be obtained in Minkowski spacetime is the Dirac-like equation which leaves both the mass and chiral angles as free parameters, the so-called Chiral Dirac Equation. Previously, claims have plauged the literature which assert that any attempt to incorporate chirality by such a generalization can be trivially reduced to the case the nominal Dirac Equation. These statements are incorrect. In this letter we present a formal proof demonstrating the physical non-equivalence of particle states whose chiral angles differ, thereby demonstrating unequivocally the physicality of the chiral basis.
