Faraday paradox revisited,magnetic field rotation question.

[PolaczekCebulaczek]

hello everyone.
I'm quite surprised that this topic is still alive, many interesting replies, some are little offtopic but whatever.
Here are some experiments confirming that field does not rotate.

https://youtu.be/c5wgmTGi5pU   <---- based on Kannard experiment.

and below is pdf with similar approach.

Also if you take a round magnet and make it roll  on long flat aluminium plate, rolling magnet would experience a force (induction, lenz)- this is the case1 scenario. Now if you glue the magnet to thin piece of polished plastic and slide it on polished aluminium plate the magnet will experienced exact same force as in case 1. This let me to believe that magnetic field do not rotate when magnet is rolling, magnetic field always is moving in straight line and not rotating even if magnet is rolling on the aluminium plate.

[PolaczekCebulaczek]

Here is something else.. Why there is no current flow in this circuit? (I've build this)

On this diagram, the copper wires are long and extend far beyond the magnetic field range (look at the field lines) and they rotate with multimeter or BT transmitter, magnet is stationary, the blue arrows symbolize hypothetical currents. I don't understand why EMF is zero here. I heard that the middle wire is also cut by the magnetic field lines so there is opposite current/voltage induced in the middle wire so everything cancels out, is that true?

The way I see it, the current in the middle wire should be induced perpendicularly to the wire ( - in the middle of the wire and + outside, just like in Faraday disk) so I don't understand how this could block the flow of the other currents coming from the side wires.