Quiver
Firming is a theoretical spiral or circular elementary particle movement, especially electrons, which produces the spin and magnetic moments they have. The existence of such motion is first proposed by Elwin Schindinger in 1930, which is based on his analysis of the Dirac equation wave solution of relativistic electrons in free space, where the positive and negative energy states Of the interference produces a change in position that appears to be centered around the center of the light at an angular frequency of about 1.6 x 1021 Hz. The freewheeling of free relativistic particles has not been observed so far. Krekora et al.'s research, based on the quadratic quantum quantum theory (which is suitable for describing the theory of multiparty quantum dynamics), shows that "quantum field theory prohibits the occurrence of an electronic quiescent phenomenon." Krekora et al. The numerical simulation is used to describe another controversial (and somewhat related) phenomenon, called the Klein paradox. Although not yet confirmed, there have been two simulations of the chatter. For the first time, a trapped ion is used, placing it in an environment in which the non-relativistic Schroding equation of the ion has the same mathematical form as the Dirac equation. The second time, in 2013, uses a Bose-Einstein condensate unit. ...