Originally posted by tgidkp
reply to post by XPLodER
i think you have a very good grasp of what is going on here, but i have to point out one thing:
i am speaking about NUCLEAR spin, not ELECTRON spin.
as such, when i use the word "spin" (or in your case "orbit"), it is unclear what, exactly is spinning WRT the proton. in common understanding,
the nuclear spin is a formalization, but probably not an actuality.
interestingly, the "resonance frequency" as i have spoken of it above is properly called the "precession frequency". so there is some really
interesting language there.
i am sorry if my understanding is lacking in depth,
as i am more into astrophysics than quantium physics,
that said the parables between quantum atomic spin (proton) and electron orbit (moon) would under constant conditions have a proportional
relationship, the factors relating to the obital period would be,
indeiference of charge potentials (+/-) of the bodies (proton/electron)
orbital period, (magnetic field streangth) outside source (sun) / potential charge indeference,/magnetic field influence.
orbital plain, relationship between orbital period (as described above) with conservation of angular momentium,
for a fixed mean orbit period more angular momentium (potential not acual) can be stored when the electron (moon) is above the eqatorial plain,
for the same mean orbit,
when the electron (moon) is below the eqatorial plain more velocity interaction between the planet (saturn) (proton) is (potentially generated) and
imparted to the moon (electron)
the direction of vetor of the sun is the deriving factor of UP or DOWN spin
ie the direction the sun travels dictated what is UP OR DOWN when dealing with spin,
now bear in mind that the electron (moon) has an effect on the planet (saturn) and causes a presesion,
the MORE the moons the MORE the precition, or the larger the charge potential indiference the higher the velocity and the larger the center of mass
changes (planet saturn proton) in relation to a fixed center.
the more outside influence on the peramerters (sun) (proton) the larger the precesion,
but also the greater need for consrvation at a mean distence
i am really bad at explaining this,
please forgive my effort in explaining quantum observations using astrophysical ideas