Working SMOT ramp from Tom Ferko ?

[konduct]

Yeah.  I really believe half of the battle to OU is in efficiency alone.  Why make it if you just waste it!  However, this dual stage display has opened my eyes quite a bit. 

For instance, with all of these different possible magnet motor configurations, I don't believe the genius is in the operation or drive of the motor, but in the "switch" that is concieved that will get us past the sticky spot. We can configure magnets any way we want to for more or less torque, speed, etc... The real trick is figuring out an efficient type of mechanical switch that isn't taking away from the motor's main drive power ie the "dual" stage... Basically two seperate cycles that "compliment" each other to procuce excess energy.  All the TPU folks are working on this electronically. 

Gravity is free on Earth.  It's free today and will be free tomorrow because it can't be taken away from us easily.  I believe some Koreans have run some test leading to the conclusion that pendulums using gravity are about 2X OU.  Subtract the 1 part kinetic input from the 3 part output and you are left with 1 part.  There's your freebie at twice as much as the input.  If you use up the freebie for work...it doesn't operate as efficiently as recycling the freebie and getting work out of a second energy source connected by a lever.   The lever in the Mikovic device seems to be the switch or relay between the to gravitational interactions on each end.  Just my thoughts. If the two seperate "gravitational interactions" interact with each other in the right way, they seem to make more "freebies".  The more complimentary interactions between forces should, in theory, output multiples of energy. This is a dual osc approach.  Wait till we get to the triple/quad osc's! =)  Can we say LENR?

[magnetman12003]

Hi,

Please reference ring F on the friction free magnetic pencil bearing.

Now look at the illustrated diagram below.   Thats my 6 inch ring magnet with a long magnet bar under it at a 45 degree angle.

If you put that ring magnet on top of a table and just placed the long magnet rod at a 45 degree angle near the end of the ring-- the ring will try to roll off the table.  Continuous force.  Try it if you have a large ring.

Getting back to ring F on the pencil-  Say we "CRADLE" two non ferrous idler bearings under pencil ring F where now it would spin in place.  It would now go nowhere but "hopefully" only spin if a single long rod magnet is brought near its end at a 45 degree angle.  Instant motor?? Comments??     Tom

[konduct]

I tried and it just seems to "bind" the axle...but I didn't have a ring any larger than 1 inch neos.  One thing with the floater setup is you have to apply whatever field you're working with evenly on both ends to keep the whole thing from "kinking" sideways.  Let us know if you do!

[magnetman12003]

Hi All,

I am going to make the pencil setup on a grand scale to see what happens using 4.5 inch diameter ring magnets and a 1.75 inch diameter wood shaft insted of the pencil.     I have all the parts already so why not try it.      Tom

[konduct]

Definately Tom.  I think a setup like that would produce some ridiculous rpms if it works!  That setup keeps reminding me of a Japanese game show we watch in the US called "Max X".  One of the games requires the contestant to run across a series of rollers over a mud pit. If they get stuck with one foot on each roller, it's nearly impossible for them to not fall in the mud.  No matter which way they go, the weight shift makes them slip through.  The same leverage can be applied to a ring mag being levitated I would think. Push one side and pull the other and get rotation.   The main problem I had was rather than affect a portion of the small ring, the line of force resulting from the attraction or repulsion would always run a straight line to the axle.