Feldbrückenschlag mechanism for controlling the angular momentum (spin) of the electron

摘要

Designation The device with the field bridge impact mechanism for controlling the angular momentum represents another speed component in physics. It is not only the linear acceleration pulse, which is achieved in the circular accelerator with strong alternating fields, but also the angular momentum is crucial. Technical problem of the current accelerators Your acceleration voltage can not be selected arbitrarily high, otherwise there is a risk of electric shocks. The spin alignment is not sufficiently stabilized and can stagger at any time through the accelerator. Solving the Problem We can now use the Field Bridge Mechanism to affect the intrinsic angular momentum of all elementary particles. We can consider the acceleration and rotation fields as energy mediators. The energy eigenstate of the particle thus becomes larger and larger as a result of the action of the two types of velocity. 1. Rotating Fields 2. Static Fields Fields are energy suppliers and trailblazers to pass kinetic energy to the particle. The interaction energy introduced from the outside, ie the energy introduced by rapidly rotating magnetic fields, influences the electrons that are in the emission field between the cathode and the anode. (and) Application The field-bridge impact mechanism is another acceleration technique to achieve even higher collision energy in high-energy experiments. And we can stabilize the intrinsic momentum of all accelerated particles much more.