Green Energy With Magnetic Perpetual Motion Machines

http://Magnet4Power.net - Green Energy With Magnetic Perpetual Motion Machines - If you've been keeping current on research into alternative energy solutions, undoubtedly you have encountered discussion of perpetual motion machines. Perpetual motion machines are applications that once set it motion will run indefinitely or forever without a need for fueling or electrical input. At one time, perpetual motion machines were the stuff of science fiction. People thought them to be a fantasy of wild eyed inventors. Not any more. In the new millennium, billions of dollars have been channeled into research and development of perpetual motion machines. Attitudes have change drastically as the world searches for a solution to the energy crisis we are facing. Understanding Perpetual Motion Machines To understand this concept of perpetual motion, consider a child's swing. The swing continues to move backwards and forward so long as you continue pushing or as long as the child continues a pumping action that moves the toy. If you stop pushing, or the child stops pumping, the swing will slow down and eventually stop moving. This is caused by frictional losses. However, with a perpetual motion machine, the story is a different one. The movement continues indefinitely without slowing down or stopping. The machine itself produces enough energy that it creates motion while managing to overcome the frictional losses that the swing experiences. When we consider ordinary machines and motors, we know that they run on a fuel supply of some type --- electricity, gasoline, diesel fuel, etc. The motion continues for as long at the fuel is present. When the fuel runs out, the machine slows and stops. However, if you find a way to power the machine with magnetic energy, the machine runs indefinitely without stopping. This magnetic energy is the basis of the current interest and research into perpetual motion machines. The Free Energy Magnetic Motor Magnetically powered perpetual motion machines would lend themselves to an array ...