Magnets, motion and measurement

[kolbacict]

Look, ferromagnetic particles in Brownian motion, if placed in a magnetic field. You must take an orderly motion. Reduced entropy. Different forces will act on a particle moving along the field line and across the magnetic field line. I'm right?

[Floor]

Look, ferromagnetic particles in Brownian motion, if placed in a magnetic field. You must take an orderly motion. Reduced entropy. Different forces will act on a particle moving along the field line and across the magnetic field line. I'm right?

Wrong topic ? kolbacict
                     floor

[Floor]

@Ramset

Moderation could get to be a big job.  Hopefully not. I think Its a good suggestion.

Deleations should  be done only to keep the topic on topic, no punishment element.

Five conditions I would like to see met. (Good Luck)

1. Since the topic is on a "floor design / designs" then the design should be followed as closely
as is reasonable / possible.

2. New designs / major "improvements" / innovations be presented on a separate topic.

3. I would want to see all deleted materials posted in their order of appearance,
to a separate topic.

4. That the deleted material topic, is available for any member to read / comment in.

5. No discussions of / re posting of deleted material on the main topic, once
they have been deleted


I can't take on the job.  I have too much on my plate at this time.
Some one else please ! (maybe Tin Man ?)


@All readers

I'm sure you will give them  rigorus due dilligence and testing, but  please resist the temptation to do improvements at this time.  These designs are my babies.

                 floor

[Floor]

@Tinman

Linear designs have the potential for power via brute force.
Rotating designs have the potential for power via high speed.

Below is a topic on a few rotating designs.

https://overunity.com/17070/all-magnet-motor-td-based/msg498197/#msg498197

regards
    floor

[citfta]

I forgot to add the video to this post so please see the next one.

Carroll