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**New Theories / Re: Jano's relativity denials**

« **on:**18/07/2024 21:12:59 »

This is continuation of the analysis.

The field of accelerated electron rotates:

We pick electron Q charges as per the figure above.

Using the following Lorentz force equation as per David J. Griffiths Introduction to Electrodynamics page 460:

We calculate the Lorentz forces.

The repulsive Lorentz force between qQ

The repulsive Lorentz force between qQ

The repulsive Lorentz force between qQ

Angular momentum has two parts, orbit - the curved trajectory and spin/rotation of a body.

The orbit is frame dependent but the direction of the spin/rotation has to be agreed upon by all inertial observers.

The rest frame K calculations do not predict any spin/rotation of the plates.

The K'

The K'

The field of accelerated electron rotates:

We pick electron Q charges as per the figure above.

Using the following Lorentz force equation as per David J. Griffiths Introduction to Electrodynamics page 460:

We calculate the Lorentz forces.

The repulsive Lorentz force between qQ

_{1}is equal to qQ_{2}in K rest frame.The repulsive Lorentz force between qQ

_{1}is bigger than qQ_{2}in K'_{1}frame.The repulsive Lorentz force between qQ

_{2}is bigger than qQ_{1}in K'_{2}frame.Angular momentum has two parts, orbit - the curved trajectory and spin/rotation of a body.

The orbit is frame dependent but the direction of the spin/rotation has to be agreed upon by all inertial observers.

The rest frame K calculations do not predict any spin/rotation of the plates.

The K'

_{1}calculations predict clockwise spin/rotation of the plates.The K'

_{2}calculations predict counter clockwise spin/rotation of the plates.