Recent content by welkin

I am utterly confused. So I'll just ask one more time and if I can't get it, then so be it... v_v So... even though we only have probability when we're dealing with QM, the probability cloud still moves, and the electron would still have some expectation value for velocity/momentum/angular...

isn't all magneticism relativistic effect anyway? so how does the magnetic field from the Bohr model differ from the one used in QM?

Hmm... does that mean there is no radiation from the electron in the QM model? And from that shall one draw the conclusion that the effective magnetic field created by the electron does not change? Somewhere I must be confused... v_v

I have only taken QM for a semester so I'm sure there are a lot of gaps in my understanding. Here is my question: The original electron orbiting around the nucleus like planets around the sun model was rejected partly because the radiation (energy loss) was not taken into consideration. I...