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在电子储存环上探测理论预言的异常超高能电子出射现象 ——对扩展的爱因斯坦-洛伦兹质量公式的实验验证
2020-12-12 13:14
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在电子储存环上探测理论预言的异常超高能电子出射现象

——对扩展的爱因斯坦-洛伦兹质量公式的实验验证

钱 大 鹏

全文链接:在电子储存环上探测理论预言的异常超高能电子出射现象.pdf

要:在一个吸纳了测不准原理的新版本的狭义相对论中,爱因斯坦-洛伦兹质量公式被证明是一个更普遍方程的最可几的特例,新方程预言在粒子的运动中存在奇异的“高速度-低质量效应”,该效应可以导致电子束流在加速电场中以确定的概率产生远高于束流能量的异常超高能电子。在NSRLBEPCII的电子储存环上,使用累积探测方法得到的实验结果显示,在RF腔下游方向确有理论预期的超高能电子出射,为此建议粒子物理学家做出更多的实验来验证这种前所未知的现象,进一步探索发现新物理。

关键词:扩展的爱因斯坦-洛伦兹质量公式,超高能电子,电子储存环,电磁量能器


By detect the emission of abnormal ultra-high energy electronon the electron storage ring

to test the extended Einstein-Lorentz mass formula

Dapeng Qian 

Abstract: In a new version of the special relativity that absorbed the uncertainty principle, the Einstein-Lorentz mass formula proved to be a special case of a more universal equation. The new equation reveals out that there is a strange "high speed but low mass" effect in motion of particle. This effect will cause a generation of abnormal ultra-high energy electrons with a certain probability when an electron beam passes through an accelerating electric field. The author used the method of long-times accumulation detection to test it on the electron storage rings of the NSRL and BEPCII, the test results show that there are indeed the predicted ultra-high energy electrons emission at the downstream of RF cavity. To this end, it is suggested that particle physicists do more experiments to fully verify this previously unknown phenomenon and to further discover new physics.

Keywords: the extended Einstein-Lorentz mass formula, ultra-high energy electron, electronic storage ring, electromagnetic calorimeter.

 

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