I solved perpetual motion machine very interestingly ('The mouse wheel' perp mot mat)

[gmbajszar]

With this wheel, it is open sourced (read open source terms on web site), the goal is to have metallic balls. The ball has to roll further from the wheel on one side of the wheel and come closer to the wheel when moving up on the other side of the wheel.

Usually this creates a perfect balance scenario, and the wheel doesn't move no matter how we arrange so the balls try to move on their own to a further or a closer position. But this concept solved how to do this.

It is at The Superhero Technologist

Follow the place of the ball around the circle, and you find that it really succeeded.

George

[Dingus]

Did you test it? Or at least try a simple physics simulation?
I thought not.

[gmbajszar]

I included a new solution on my page

A new solution can be seen. It seems to work. So for those who want to find a working one, they can read the page through.

George M. Bajszar's Home Page

George

[Rubberband]

It's very simple

Two questions...What mechanisms would you use to control over speed? I assume workload...? Next, what are you going to do about centrifugal force when it cycles? Just a few things that should be concerned with if you are serious.

[gmbajszar]

Actually the working one is the third or fourth one down on the page, called Mr. Finally.

I am giving it out as an open source to anybody who explicitly needs a working perpetual motion machine. I let them figure out how they will solve the technical details, but they should read the open source terms on the page.

I assume you asked questions about the first model on the page, but I don't think the first one works. Luckily there is one on the page which does.