Many concepts have been presented in recent years with just one aim: to generate energy as cleanly and cheaply as possible. No wonder, you might say, when you think of the conventional means by which energy has been generated in recent years and continues to be generated today. Examples of this are: Coal-fired power stations, nuclear energy or even the well-known combustion engine - all machines that have a comparatively low level of efficiency and, above all, consume large quantities of non-renewable raw materials (e.g. crude oil). The so-calledmagnetic motor is completely different. This specialelectric motor is similar in design to a conventional electric motor, but has some special features and innovations that make it unique and could make it the future of energy generation. So let's delve into this fascinating topic and take a closer look at how the magnetic motor works and what makes it so special.

It is called either a magnetic motor ora magnetic generator.

As already mentioned: In principle, the magnetic motor is similar to the conventional electric motor, but here not just onemagnet is used, but several. Depending on the motor type and power, these differ both in terms of the number of magnets and their arrangement. The difficulty here is finding the right arrangement of magnets on the stator. An incredible amount of testing has been carried out in recent years and decades and new solutions have been presented time and again.

Magnet motor - electric motor: The differences

Now we come to the really important differences between a conventional electric motor and a magnetic motor. While a conventional electric motor consumes electricity to generate mechanical energy or work, a magnetic motor does not consume electricity, it generates it! Only a certain amount of initial energy is required to start the magnetic motor. Once in operation, it runs completely autonomously and produces sustainable electricity. A dream, isn't it? It makes you think of the much-vaunted perpetual motion machine, i.e. a machine that runs practically indefinitely without an external supply of energy and produces energy itself.

To understand how themagnetic motor works, let's take a closer look at the principle. Perhaps we can manage to outwit the assumptions of school physics. As already mentioned, the magnetic motor is started once by hand and should then continue to run virtually indefinitely without any external energy input, thanks to the special arrangement and quantity of magnets inside, which are supposed to keep the coil and the armature inside it in constant motion. Anyone who doubts that there is a magnetic force that constantly attracts and repels poles would have to question our entire planet Earth.

This is because the Earth, which also has magnetic poles, has been rotating for millions of years and therefore works according to the same principle. According to physics, the planet Earth should therefore not rotate at all, as no energy is added to it from outside. Scientists who take a closer look at the magnetic motor make these neutrinos responsible for the fact that the magnetic motor works. The neutrinos it contains are converted into magnetic force, which is then emitted by the magnet motor in the form of electricity.

The advantages of the magnetic motor are obvious: it produces energy independently without having to be supplied with energy. It produces no harmful radiation, exhaust gas or other environmentally harmful substances. The magnetic motor would therefore be the ultimate solution to all the world's energy problems. We can only speculate as to why no one has yet produced it. Experts repeatedly cite the influential energy and oil lobby as the reason for this. To refresh some people's memories: A permanent magnet (or a simple magnet) has a north and a south pole. While the north and south poles attract each other, the north and north or south and south poles repel each other. If you now arrange magnets, which are aligned differently, on a disk and place this disk in a circular container which also has precisely aligned magnets, you get a permanent magnet generator which, once driven, no longer stops working. This is because the magnets permanently attract and repel each other. Since they are aligned exactly according to the construction plan, they are in an imbalance, so that they constantly attract and repel each other and thus generate a never-ending movement. This movement (also known as kinetic energy) can be converted into electric current.