在800MeV电子储存环上探测到38GeV异常电子出射的迹象

Signs of 38GeV Electron Emission are Found in the 0.8GeV Electron Storage Ring

根据一个完备的质量-速度关系式(其最可几的极大值形式就是Lorentz-Einstein质量公式),预计加速器束流电子在电场作用下将以确定的微小几率产生能量远大于正常值的超高能电子.在NSRL800MeV电子储存环上进行了初步实验,探测到从7.0GeV到38.4GeV的异常电子出射迹象,与理论预期的结果一致.

According to an improved equation of mass-speed relation,it is predicted that an electron emission whose energy is much higher than the normal beam energy can occur in an electron storage ring.In the NSRL 0.8GeV electron storage ring experiment tests show that there indeed is 7.0GeV ~ 38.4GeV electron emission,which accords with the theoretical calculation.The new equation satisfies the requirement of uncertainty principle and embodies a unity of the quantum mechanics and the special relativity at a deeper level,so it contribute to solve several pending problems,such as the paradox of GZK threshold of UHECR and the excess of cosmic ray electrons.