Roll on the 20th June

[ramset]

Leg do me a favore  bring just one   of the scores  [the guys you've been beating with cats]  thats building a device [as Archer is doing while we speak] and is going to release it to the world  NO STRINGS ATTACHED  on a specific date  [a few more weeks] and has /is going out of his way to make sure it stays free   JUST ONE PLEASE    Chet

[ramset]

LEG come on there falling out of the skies right  there everywhere right  well drag" ONE" over here that meets the above criteria   THANKS Chet

[legendre]

Leg do me a favore  bring just one   of the scores  [the guys you've been beating with cats]  thats building a device [as Archer is doing while we speak] and is going to release it to the world  NO STRINGS ATTACHED  on a specific date  [a few more weeks] and has /is going out of his way to make sure it stays free   JUST ONE PLEASE    Chet

Chet,

To satisfy your criteria, I would first have to find a person who is constructing a workable perpetual motion machine "as Archer is doing". Having studied this pursuit for some years, I can say with confidence, that no such person has been shown to exist.

Sorry if that disappoints you.

That out of the way, a certain Irish firm also claims to possess what amounts to a perpetual motion technology - and if they are to be believed (...) it will be made freely available for personal (non-commercial) and humanitarian uses. Naturally, no firm date has been announced ;-)

-L

[ramset]

SO....... you don't seem to have a 'LEG' to stand on   Chet  PS well time will tell if this very unique set of circumstances {Archer and his devices]  pans out on a set date 

[Groundloop]

@legendre,

You seems like a smart person so I have a question for you. If I construct a standing race track for a small toy car as shown in the attached drawing. The toy car is permanently attached via an arm to the center driveshaft. A small electric motor is driving the car around the track. The toy car weight is 20 gram. First I run the car without the outher magnet attached to the race track. I measure the power usage on the electric motor at a set RPM. Then I mount a magnet around the rim so that the attraction between the toy car magnet and the outer magnet cancels the force of gravity for the toy car at 7'o clock position and around the circle to 3'o clock position. The toy car will then attract to the rim with a small force. My question is, will I see a reduced, increased or the same power usage with the outher magnet mounted if I run the motor at the same RPM as in the first test?

Regards,
Groundloop.