Quote:
Originally Posted by G_burnett  Hi
hope i am not intruding to much here.
I have a hard perception of the electron moving around the nucleus in a vortex but the only way i can describe it is in vectoring.
I am going back a step here because it may be relevant. The event of a large nucleus in transient form, that is moving in direction coming up to an electron form of transient direction vertical can punch through the wave by increasing the wave form with polar repel and attraction forces and gives the pigtail spin to the electron reflecting and with decrease in momentum by the electron spin being disabled, as such an axis change would do and it would be my theorem that the event can further result in the collection by the nucleus form ( at times) by mass differential and quark composition, of the electron and that at the event of collection the electron would be in a vortex state/form and as such would indeed be in a spiral cloud, perceived, with varied axis (for a while) until the nucleus settles the orbit or shell of the electron like the crust of the earth perhaps condensing. the polar fields of the nucleus being the supportive boundaries to the strength of the nucleus and this said then yes is the possible answer to your question?
Graham. |
Hi again Graham;
This going back a step is absolutely relevant, the undulating vortex formation is caused by fictitious force interactions on viscous mass by a precession effect reacting from the core and can only be fundamentally described in vectoring to correctly understand the vortex mechanism.