诚邀掌握电磁量能器的专家进一步验证储存环超高能电子出射现象

I cordially invite experts who are well-versed in electromagnetic calorimeters to conduct further verification on the phenomenon of ultra high energy electrons emitted from the storage ring

吸纳了测不准原理的新狭义相对论指出，在粒子的运动中存在一种前所未知的“高速度-低质量”效应。该效应揭示质量概念具有更丰富的内涵，可以对若干长期悬疑的重要问题做出解答；同时，由它还预言了多个尚未发现的异常现象，可以在现有条件下接受实验检验。其中关于电子储存环RF腔以一定的小概率发射超高能电子的现象已经做出初步探测，现在亟待对其进行精密的复核验证。这是一项有望带来重大突破的研究，为此诚邀掌握电磁量能器的专家携手开展深入的实验，共享发现大自然新奇奥秘的喜悦！ 

下面简要介绍本人在中国科学技术大学的国家同步辐射实验室（NSRL）和北京正负电子对撞机（BEPCII）两个电子储存环、三种运行模式下使用累积探测方法得到的实验结果，相信真正有水平、有远见卓识的高能物理学家从中看到超高能电子引起的电磁簇射后，必将激起强烈的兴趣和一探究竟的冲动，以他们娴熟的技术手段进一步实施这项可以迅速取得成果而且相对简单的实验。

更详细的实验报告请链接查看https://doi.org/10.21203/rs.3.rs-3939995/v1

有关讨论可参阅https://blog.sciencenet.cn/blog-648126-1447720.html

The new special theory of relativity, which incorporates the uncertainty principle, points out that there exists an hitherto unknown "high-speed but low-mass" effect in the motion of particles. This effect reveals that the concept of mass has a richer connotation and can provide answers to several important long-standing unresolved problems. Meanwhile, it also predicts a number of abnormal phenomena that have not yet been discovered and can be experimentally tested under existing conditions. Among them, the phenomenon that the RF cavity of the electron storage ring emits ultra-high energy electrons with a certain small probability has been preliminarily verified, and now it is urgent to conduct fully precise rechecks on it. This is a research that is expected to bring about major breakthroughs. Therefore, I sincerely invite experts proficient in electromagnetic calorimeters to jointly carry out in-depth experiments and so to share the joy of discovering the novel mysteries of nature!

The following is a brief introduction to the experimental results obtained by me using the cumulative detection method in two electron storage rings, namely the National Synchrotron Radiation Laboratory (NSRL) of the University of Science and Technology of China and the Beijing Electron-Positron Collider (BEPCII), under three operating modes. I believe that truly capable and far-sighted high-energy physicists, after seeing the electromagnetic showers caused by ultra-high-energy electrons from these results, will surely be aroused with strong interest and the impulse to explore further. With their proficient technical means, they will further carry out this relatively simple experiment that can yield results quickly.

Please click on the link to view the more detailed experimental reporthttps://doi.org/10.21203/rs.3.rs-3939995/v1