论文标题
某些虚拟绑定状态是否带有扭转痕迹？
Do Some Virtual Bound States Carry Torsion Trace?
论文作者
论文摘要
本文提出了理论上的论点，即某些虚拟结合状态具有仿射扭转的痕量成分。这项工作的动机是，爱因斯坦·卡坦理论（Einstein Cartan）理论通过将扭转构成建模固有的角动量来扩展一般相对论，它变得越来越可信。作者不知道有任何情况或有实质性论证的存在扭转痕迹的情况，除非在晶体中边缘位错理论中。该假设的主要证据是由虚拟结构状态的结构与（a）晶体晶格中脱位的几何形状之间的类比，这些几何形状以扭转为模型。 （b）在爱因斯坦卡坦理论中通过扭转和微弹性理论对固有角动量进行建模。这项工作的重点是猜想在para-postronium中的扭转存在，该扭力介导了电子的an灭，并带有相反的z旋转。如果虚拟结合状态携带扭转，则角动量的局部保护定律可以在歼灭过程中保持空间分离。
This article presents theoretical arguments that certain virtual bound states carry the trace component of affine torsion. The motivation for this work is that Einstein Cartan theory, which extends general relativity by including torsion to model intrinsic angular momentum, is becoming more credible. The author is not aware of any situation for which there is evidence or substantial argument for the presence of torsion trace, except in the continuum theory of edge dislocations in crystals. The main evidence for the hypothesis consists of analogies between the structure of virtual bound states and (a) geometry of dislocations in crystal lattices, which are modeled with torsion; and (b) modeling of intrinsic angular momentum by torsion in Einstein Cartan theory and the theory of microelasticity. The work focuses on conjectured presence of torsion in para-positronium, which intermediates annihilation of an electron and a positron with opposite z spins. If the virtual bound state carries torsion, then the local law of conservation of angular momentum can hold over the spacelike separation during annihilation.
