SMOT TEST- can someone do this?

[Paul-R]

Paul,
     Did you miss my comments? The system in the videos has no chance of cycling back to its original position.
Tim

There is a confusion here. I cannot see most videos because of my
crude computer equipment.

I was commenting on  Wizkicho2's picture of the oval "race track"
on page 5. I think that this proposal has something interesting in it.
Paul.

[The Eskimo Quinn]

@Paul r

I'm a little confused Paul, a magnetised steel ball is still a magnet, to pass it over other magnets in a smot will do one of two things, stick because your polarity is opposite, or repell meaning you have a magnetic wall on your smot track the ball cannot get past, unless of course the speed from gravity is so great it does a little jump in the air

before any of you go along this line of thought, get your desk fan and tape a bar magnet to the end of one of the blades, now build a little wooden frame to hold another bar magnet that is missed by 2mm when the magnet on the blade passes, (or tape it to a stack of books) just make sure the magnet is past the end of the blade and they will just miss each other. North facing north.

now take the blade with magnet to the top and let it go, it will not go past the magnet at the bottom, because repelling creates a wall and the blade will bounce back. the magnetised ball theory will never work, it can't, even if the weight or power ratio is altered it will still have to cut the field and will slow the ball or fan.

[Paul-R]

@Paul r
I'm a little confused Paul, a magnetised steel ball is still a magnet, to pass it over other magnets in a smot will do one of two things, stick because your polarity is opposite, or repell meaning you have a magnetic wall on your smot track the ball cannot get past

The SMOT prinicple is well accepted. You will remember this:
http://jnaudin.free.fr/html/smotidx.htm
I think the ball will run in its runner, be attracted to the slightly
sloping bar magnets, and be accelerated past them. I think the
track should be circular rather than rectangular.

BUT - this time, wind a coil around the bar magnet, the track etc
and as the ball is accelerated through, it will induce a voltage in
the coil because the bar magnet has temporarily magnetised the
steel ball.
Paul.

[nwman]

Paul, how do you propose to get the ball back up to its original starting point? That's kind of a big gap in your theory.

Tim

[Paul-R]

Paul, how do you propose to get the ball back up to its original starting point? That's kind of a big gap in your theory.
Tim

There's no "up". It would be a flat, horizontal, circle. The SMOT
principle drives the ball, and the gain, the benefit, is the voltage
coming out of the coil that I proposed. I am going to have a go at
this over the weekend.

*** Don't forget I am not talking about the video - rather the oval
track drawing on page 5.