The discussion centers around the use of magnetic strips to generate continuous force in both clockwise and anticlockwise directions, with a focus on achieving a hands-free mode in the experiment. The scope includes experimental approaches and concepts related to magnetic interactions.
Participants express differing views on the feasibility of achieving continuous force with magnetic strips. There is no consensus on the validity of the original poster's claims regarding continuous rotation or force generation.
The discussion includes unresolved assumptions about the mechanisms of force generation and the conditions necessary for sustaining motion. The mention of a PMM indicates a potential limitation in the scope of acceptable topics within the forum.
Since you are not flipping any poles anywhere in your experiments (that I can tell), you will not get continuous force or acceleration. You get a temporary force and displacement from the interaction of the dipole fields, but that is not sustainable without reversing the poles somewhere at the right time. It's similar to needing a commutator on a simple DC motor.Sureshbaliyan said:
I have shown in my experiment countinous rotation possible. Magnetic strip is not expensive(only 10 $), you can easily replicate my result and will find that there is fully new continious force generateberkeman said:Welcome to the PF.
Since you are not flipping any poles anywhere in your experiments (that I can tell), you will not get continuous force or acceleration. You get a temporary force and displacement from the interaction of the dipole fields, but that is not sustainable without reversing the poles somewhere at the right time. It's similar to needing a commutator on a simple DC motor.