How were the Pyramids built?

Often the better question is, "How could that much weight be lifted"?

I will show you my design for a continuous and constant power source (free energy), and you and the scientists can explore the possibilities. Let it be known that this design could be used to power the wheels of a car by using the thread rod perhaps as the axle on the rear tires (some designing is necessary). To most people this article will be more boring and uninteresting.

I think the best way to derive the power to "lift" the solid or liquid is through compressed air made from solar electricity. Perhaps a pendulum would be a great way to convert momentum, since the compressed air will be low psi if solar was used alone. The basic idea is to use a lot of thread distance of a threaded rod as leverage to lift an enormous amount of weight. Then gravity and design can be used to create the "constant flow" to power a turbine (hydro electric). And yes, maybe antifreeze incorporated into the design would be a great idea too. I'm not going to add or defend anything to my idea. It takes a team to make things happen.

Compressed air, a good sized thread rod, and perhaps hydraulics could be a great design for an electric car. A small gasoline engine, pedals like a bicycle, an electric source such as a battery all could be ways to get to the compressed air concept. The thread rod and hydraulics (since a pendulum seems unlikely a good method for an automobile) are for the development of torque.

Gearing and design will be great for speed. And even as a peek further into the future, how about heat and/or magnetics? Since gravity is not present everywhere.

Here is my picture of how to lift enormous amounts of weight (see above photo).

Peace Out, Gary Ruff -part of the team in spirit, this idea is free to public domain, and is my original idea (if you don't count the Egyptians who seemed to have done this first!) :)