SDR23 Stardrive & Orbital Electrons
Channel: Ronald van Kemenade
Date: 09/02/2012

STARDRIVE & ORBITAL ELECTRONS
Electrons cannot orbit a nucleus when being detached. (Their orbits can however be oval.) Often the circling electrons are compared to planets circling the Sun, or our Moon circling Earth. This is horse manure, and here's why:
Take our Moon for instance. The Moon is made from a belt of debris left over from the impact of a foreign body with Earth.

We know that due to an imbalance between gravity and centripetal force, the debris between Earth and the goldie-lock zone has plummeted down to Earth; the masses outside the goldie-lock zone were launched into outer-space. The limited matter remaining in the the goldie-lock zone had tiny variations in speed, so after some time they caught up with each-other, thus creating the Moon.

So the matter our moon is made of was ALREADY circling in the perfect balance between push and pull!
Heavenly bodies often have oval orbits, but over time they either move inwards or outwards. In average our moon separates itself from us, at a rate of about 1 meter a year.
(Every satellite or space-station orbiting our planet needs to be put back into the right orbit now and then, to prevent it from burning in our atmosphere or being hurtled into space.)

Now imagine an electron circling a nuclear core. Circling that core close to twice the speed of light, orbiting many times per millisecond. Getting a beating from every single graviton passing by. Century after century after century.
I can assure you, it will not remain in orbit for long if it is detached. Never ever again think an electron free floats in orbit.