Collapse of Hydrogen Atom
Posted: Fri Dec 02, 2005 7:16 am
Stability of the HA
Solid state electronics has only one current. So it has only one right
hand rule.
But in liquids and gases, you have two currents. The electron current
and the positive ionic current. Since these two currents move in the
opposite directions, you have to apply the left hand rule to the
positive current. The electron current is applied by the right hand
rule.
Incidentally, the physics books show the current as positive in solid
state electronics. This is another example of establishment mistakes.
In the HA where I use both hands, you have two currents. The electron
current and the positive proton spin current adjacent to the electron
side where both move in the same direction. So the thumbs of both hands
point in the same direction. But their charges are oposite so the left
hand rule would apply to the proton current.
As a result of this orientation, the resultant magnetic fields will
push against each other to repel the electron and the proton to prevent
a collapse of the hydrogen atom.
This visual explanation does not need QM to explain why the HA is
stable in its ground state and is intended to give credibility to the Bohr model of the HA as a planetary model.
Mike CT
Solid state electronics has only one current. So it has only one right
hand rule.
But in liquids and gases, you have two currents. The electron current
and the positive ionic current. Since these two currents move in the
opposite directions, you have to apply the left hand rule to the
positive current. The electron current is applied by the right hand
rule.
Incidentally, the physics books show the current as positive in solid
state electronics. This is another example of establishment mistakes.
In the HA where I use both hands, you have two currents. The electron
current and the positive proton spin current adjacent to the electron
side where both move in the same direction. So the thumbs of both hands
point in the same direction. But their charges are oposite so the left
hand rule would apply to the proton current.
As a result of this orientation, the resultant magnetic fields will
push against each other to repel the electron and the proton to prevent
a collapse of the hydrogen atom.
This visual explanation does not need QM to explain why the HA is
stable in its ground state and is intended to give credibility to the Bohr model of the HA as a planetary model.
Mike CT