What is a magnetic motor

what is a magnetic motor

The development of technology is increasingly concerned with finding various sources of energy that are less polluting with the environment. In this way, you create the magnetic motor. Many people do not know what a magnetic motor is, what it is for or how it is generated.

For this reason, we are going to dedicate this article to telling you what a magnetic motor is, how it works, its advantages and how it is manufactured.

What is a magnetic motor

reality of magnetism motors

A magneto, also known as a Perendev engine, is an engine that automatically produces motion, or in other words, an engine that runs without fuel. All it takes is an initial push, and once you're up and running, goes on forever.

Some people think that it can save the planet from energy and environmental problems, but the debate on this subject is very broad, and the reality is that there is no model that can cross market barriers and be commercialized on a large scale. That is why there is a discussion about whether the magnet is a reality or a myth.

Regardless of the theoretical promise developed in various projects such as the Torian III implemented in Argentina, self-sufficiency in 12-volt power is possible. In these experiments they used artificial neodymium magnets instead of the classic ferrite magnets, which are more powerful.

How does it work

operation of a magnetic motor

Magneto's job is very simple. The power of magnetism is used to generate energy, but how does it work? Well, it is known that when opposite poles of magnets come together they attract each other, but on the contrary, when you try to connect the same poles of two magnets, it is impossible for the two to touch because they exclude each other.  Well, a magnet uses the force that repels two magnetic poles to create motion and convert that kinetic motion into electrical energy.

In theory, this repulsive force could keep the wheel moving indefinitely, or at least until the magnets completely lose their magnetism, which usually takes around 400 years. That is why we speak of free energy and even perma energy.

Applied studies

perpetual engine

For several years, scientists have been studying the concept of free energy, which is energy generated from an abundant and free source. Although there are several videos like the one above showing how a magnet works, the first attempt at something like this dates back more than 800 years.

However, physics itself destroys the viability of a magnet: if we want two magnets to repel each other, we have to spend energy moving them further and further apart, and according to various experiments, the energy gained or produced is equal to or Something is necessary for the motor to work.

So the reason Perendev motors or magnetos are myths is because pole balance co-exists so they can't drive themselves because they need external kinetic energy to move, and when the potential energy of the static magnet is equal to the energy of the dynamic magnet, the device works in full balance.

In any case, and even if there were the hypothetical case in which it was possible to create a magnetic motor that works autonomously and generates energy, it would be a great advance for the human being, it would not be a 100% free energy source, nor a source of perpetual energy. And why not? Well, because with the passage of time the magnets lose their magnetism, because sooner or later at some point one of the components of the motor would break down, etc.

Some voices proclaim that there is a plot by oil companies and large energy companies to stop research related to the magnetic engine or Perendev engine. But, with the previous explanations, it seems that there is no reason for a plot, and that although in the future some way can be found to make the magnetic motor functional, today we must say that the usefulness of the magnetic motor is a myth, or at least its ability to generate free and perpetual energy.

The ones that do exist and work, since they solve the problem of the balance of forces, are electric motors, which are powered by electricity.

Role of the magnetic motor

The truth is that if we want two magnets to repel each other, enough energy must be dissipated by their proximity. This energy is the same as the energy produced by the repulsion itself. So there is no useful energy available, simply because the energy to bring the magnets together has to come from somewhere.

According to the laws of thermodynamics, energy is neither created nor destroyed, it is transformed. However, where does the energy come from to bring the magnets closer together? The answer is at work. At the end of the day, energy in physics is the ability to do work.

On the other hand, in the hypothetical case that this is possible, although the magnet does represent a great advance, we cannot think of sustainable energy either, because sooner or later, some of its parts end up failing due to mechanical resistance. . it will be damaged.

So there is no big oil conspiracy to stop the development of what, if possible, would be a giant step forward in environmental protection: Magneto. Today, however, It is more a myth than a reality.

Why can't it work?

First of all, any perpetual motion machine violates the laws of thermodynamics, so we will be drawing energy from nothing. Some argue that the energy to rotate is obtained from the magnetism of the magnet, which demagnetizes over time, which is not the case, in case a motor is made that puts the magnet under stress and forces it to demagnetize rapidly ( which is not the case) will last a long time. Very little time to rotate because this energy is minimal. All permanent magnets lose energy, but very slowly, so it takes a long time to lose power completely.

So we can think that in some of these motors the only possible effect of the magnets is to minimize friction, so with little initial movement we can achieve more turning time than without the magnets, which in some cases can give the impression that the engine never stops.

I hope that with this information you can learn about what a magnetic motor is and how it works.


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