Where will the energy come from, to run a Magnet Motor?

[newbie123]

And plz , stop acting like you knew wtf you were talking about .

If this comment is  for me.    I did/do understand the quantum nature of an electron.   In this example it doesn't really matter, the bohr model will work the same as the quantum (jittering) motion of electrons...  Either way you look at it they move without resistance, just like objects through space.

[infringer]

most fail to remember the amount of work done with magnetic extremes in one field and that is nuclear fusion ... A lot of cash is dumped into this and we have a working model we wake up to every morning.

[onthecuttingedge2005]

If this comment is  for me.    I did/do understand the quantum nature of an electron.   In this example it doesn't really matter, the bohr model will work the same as the quantum (jittering) motion of electrons...  Either way you look at it they move without resistance, just like objects through space.

Hi Newbie.

Electrons when in wave form around an Atomic nucleus do not tend to move unless acted upon by either a isotope decay force and or an outside energy influence like that of light or pressure or additional electron charge.

stable isotope electrons stay in 'stagnate wave form' around an atomic nucleus to conserve their energy bond to the other potential Atoms within its proximity.

I think researching radioactive magnets would be quite fascinating because the radioactive decays would cause random fluctuations in it magnetic fields.

Jerry