Cradle from a Scientific Point of View and its Use
For centuries, people have been playing with swings, but they do not even suspect that at the moment when they push the swing, they simultaneously receive the energy of gravity. Children like to push the swing a couple of times and then suddenly brake it. Of course, they notice that the knocking force is much greater than the one they imparted when pushings.
Obtaining energy from gravity
In textbooks, in relation to this phenomenon, the term “gravitational energy” is not considered, the force is attributed only to resonance. It is assumed that all the energy comes to the Magnetic Cradle from the pushes.
This misunderstanding has prevented engineers and scientists for many years from developing methods and devices that would obtain energy from gravity for centuries. There was no theoretical basis for such inventions.
Meanwhile, the inventors consider the correct understanding and correct derivation of the basic formulas associated with the swinging motion or cradle to be a technical breakthrough: push the cradle in accordance with the resonance – and the swinging cradle will derive the gravitational force. To learn more you can watch video demonstration of Magnetic Cradle.
Cradle
The cradle is suspended by a copper wire. Place the cradle between two magnets and let it swing across the magnetic field. Use the generated electricity to do the work of periodically supplying a horizontal pulse.
This is the simplest and most obvious solution. However, the generated electric current will vary from zero to maximum and change direction. To provide a more practical electric generator, the control should be complicated by using an integrated circuit. If the goal is only to demonstrate the principle, for example, by making a light bulb glow, then this is quite enough. On an industrial scale, the work will be slightly modified.