Conclusions

(1) All the three experiments prove that the traditional electromagnetic acceleration theory and Einstein’s relativistic mechanics are misleading. Electromagnetic acceleration cannot push a charged partcle to . It is not because a particle’s moving mass drastically increases as its speed approaches so that the acceleration becomes harder and harder. It is because the “ phenomenon” makes the acceleration less and less efficient.

(2) Einstein’s relativistic mechanics can not explain the results from all the three experiments but the Galilean relativistic mechanics can.

(3) The Lorentzian deflecting force, which stems from the interaction between a static magnetic field and a moving electron’s moving magnetic field, depends upon the speed of the moving electron. It is successful to match the theoretically calculated data with the experimentally measured data by an almost constant coefficient . However, the precise mechanism of the Lorentzian deflecting force is pending to be studied.

(4) In order to examine the “ phenomenon” and to check which relativistic mechanics is true, Einsteinian or Galilean, we suggest physicists to repeat these experiments more accurately and by use of more powerful Linac.