Not a “one-way” magnetic force

One way magnetic force

Why magnetic field must be a tensor?

Correction to the Biot-Savart law

Consequences of macroscopic Aharonov-Bohm effect

Non-Lorentzian Magnetic force and Aharonov-Bohm effect in CRT

Note: I will be on vacation during July and August where I will not update my blog. Have a good summer to all in the north hemisphere or winter to those in the south hemisphere. See you in September.
 

https://googledrive.com/host/0B3YDEaOyRUwcWmZ4bXYxSG52YVE/Non Lorentzian.pdf

Macroscopic Aharonov–Bohm effect experiment and theory

Current and parallel action

Computation of the self force of a coil

Unhappiness of Newton with Lorentz and triangular coil experiment

Numerical computation of the Lorentz force internal to an asymmetric coil

Unknown properties of magnetic force and Lorentz force law

This is the paper I submitted to a journal. Please make your opinion and tell me what you think.

Magnetized wire effect and perpendicular action experiment

Theory about parallel action experiment

Lorentz parallel action experiment

Does Lorentz force exert a force parallel to the current? NO. However, this experiment shows that, YES, it does exist a force parallel to the current. This experiment makes a plane coil turn in the magnetic field of a magnet. The axle crosses the plane of the coil perpendicularly in the center. Only force parallel to the current can make it turn.

First photography: Will this coil turn?
 

 Second photography: The coil and the magnet.


 Third photography: The led will turn on when current flows in the coil. The referential system of the setup.

Please see the video at http://youtu.be/2u5Nadx0mOM

Corrected law and Perpendicular action experiment

Lorentz perpendicular action experiment and Lorentz force law

Success of the modified Lorentz perpendicular action experiment

Fail of the perpendicular action experiment

Energy density of electromagnetic wave