Energy Vector and Time Vector in the Dirac Theory

C. Rakotonirina
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Abstract

A sign operator of energy, analogous to the helicity operator, but in the direction of what we call energy vector has been introduced. It is possible that there may be physical phenomena where energy vector should be considered. However, to write a wave function this energy vector needs a time vector. But, unlike the energy vector the time vector has no physical meaning yet. To make physical senses of the components of the time vector, the time dilation in special relativity has been studied and also the components of the time vector have been related to the tunneling times when an electron crosses a potential barrier. Physical results for quantum tunneling time will not be limited to this study.
狄拉克理论中的能量矢量和时间矢量
一个能量的符号算子,类似于螺旋算子,但是在我们所说的能量矢量的方向上。有可能存在需要考虑能量矢量的物理现象。然而,要写出波函数,这个能量矢量需要一个时间矢量。但是,与能量矢量不同的是,时间矢量还没有物理意义。为了使时间矢量的分量具有物理意义,我们研究了狭义相对论中的时间膨胀,并将时间矢量的分量与电子穿过势垒时的隧穿时间联系起来。量子隧穿时间的物理结果将不限于本研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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