Muller Dynamo. Comparison between numbers of coils and magnets

This video shows what happens to the direction of 'Event' travel with different combinations of rotor magnets and stator coils. ROTOR STATOR
1st- Even, higher- Odd
2nd- Odd, lower- Even
3rd- Even, lower- Odd
4th- Odd, higher- Even


Conclusion
It does not matter if you have an odd or even number of rotor magnets, if you want 'Events' to travel with the rotor direction you must have a lower number of stator coils.

Category:

Science & Technology

Tags:

• Muller
• Dynamo
• precessional
• processional
• replication
• coils
• magnets
• higher
• lower
• stumble
• flap
• mumble

[rensseak]

I had a crazy idea, in terms of what Steven Mark mentioned once. Counter rotating fields. What would happen if one disk had a coil more and the other a coil less than magnets available?

[WaxingRadiance]

@rensseak Very good thinking! You would get one going CW and the other going CCW but these are not rotating magnetic fields, it is just the mid-point of the coil/rotor magnet interaction.

I will try the double off-set idea one day Ren and let you know how it goes.

[radiowwww]

Liked and saved. My own experiments have indicated the possibility of using odds and evens as a control device for manipulaing torque, speed, direction, and power, and loadf management

[rensseak]

@WaxingRadiance

but there are rising another question if it would be better that the rotor has then an uneven nummber of magnets. I did as you showed with 9 magnets as rotor and stator one site 8 coils other site 10 coils.

watch?v=tSUBlYL_5p8

[picturen8]

I think I see why romero has the events happening counter to the rotor travel. as I watched your video it occurred to me that in the first example, it looked like the events were driving the rotation, where in the 2nd example it would appear the pulses were "pushing" the events.

perhaps that is part of the efficiency, the pulses rotation add to the rotor rotation

not sure if that is significant or not, but just what I saw when i watched it

very clever idea!! thanks for posting

[jozsab1]

very simple and nice presentation. Though i'm not sure it makes a difference to the output, it might make influence the coil/magnet interaction of the next event

[plengo]

Brilliant for sure. Great observation.

[2TEKTRON2]

Brilliant !!! You are a genius sir!!!

[min2oly]

Thanks for sharing this, this is an awesome view of what's happening, makes my mind travel.

[txqNL]

Didn't the muller type have 2 rings of magnets and coils ? then the 'Event' can travel both directions in one step so creating vortex like interactions just like in the John Searl rollers.