Schroedinger-Zitterbewegung Radiation

Burke Ritchie

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Schroedinger-Zitterbewegung Radiation

机译：薛定inger颤抖运动辐射

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Zitterbewegung is the quiver motion with frequency (such that its energy is slightly greater than 1 MeV) and Compton-wavelength amplitude discovered by Schroedinger in his 1930 solution of the time-dependent Dirac equation for a free electron. It is shown in this paper that it is possible to interpret Zitterbewegung as a radiative component of the time-dependent Dirac solution which is consistent with the long-known relationship between Dirac’s and Maxwell’s equations. Experimental evidence is cited for this interpretation in the form of extragalactic background gamma radiation which shows up as a bump near 1 MeV in the observed background spectrum. This background – called here Schroedinger-Zitterbewegung radiation – could exist due to the presence of copious free electrons in intergalactic space mostly in the form of ionized hydrogen.

机译：施特丁格（Schitteredwegung）是颤动运动，其频率（使能量略大于1 MeV）和施罗丁格在1930年的自由电子随时间的狄拉克方程的解中发现的康普顿波长幅度。本文表明，有可能将Zitterbewegung解释为与时间相关的Dirac解的辐射分量，这与Dirac方程和Maxwell方程之间的已知关系一致。这种解释的实验证据是银河外背景伽马辐射的形式，在观察到的背景光谱中显示为接近1 MeV的隆起。这种背景（这里称为Schroedinger-Zitterbewegung辐射）可能由于存在于星际空间中的大量自由电子（主要是电离氢的形式）而存在。

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《International Journal of Theoretical and Mathematical Physics》 |2013年第5期|共8页
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Burke Ritchie;
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Schroedinger-Zitterbewegung Radiation

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