# Can a magnetic generator power a house? – Gibbs Free Energy Equation Biology

The answer is yes, but only in a limited way: In theory you can power up a house by turning magnets into microwaves (hence the name), but doing so would have severe practical consequences: In the short term you’d be driving magnetic fields around your house, which could, in a worst case, damage electrical and plumbing systems. But if you also use your house to power something else – for example, a wind turbine – you have a far worse problem.

You could, theoretically, power a small house, if you had access to a local generator or a supply of electrical power. But it would have a limited lifespan. The basic problem is that, unlike normal magnets, your house is not really composed of ordinary, fixed-size magnets. These parts rotate in various directions, depending on the strength of the local magnetic field (hence it’s called a ‘local’), which is generated by the earth’s magnetic field, or in a small sense, by the magnetic field of the Earth.

A single house in a large area, with only a few magnetised parts is a much more complicated machine to use than would be the case if it were only comprised of fixed-size and uniformly distributed magnets. But there’s one final problem: a house of that size has absolutely no use for power. As a matter of reality, it would simply be sitting there unused, unable to provide any sort of useful power.

To solve this problem, you have to introduce a third type of magnet – an electromagnet, which can generate a powerful magnetic field but, while giving off little heat, is also extremely sensitive to external magnetic fields. This allows for a large number of ‘locator fields’. A great example is a power pole, made of a long continuous metal plate with a long strip of alternating current running through it. In a normal house, the poles would be all at once, but in a machine they’d be all in random positions around the area where people lived. However, with a large enough electromagnet, these poles can be distributed in a coherent manner, forming a kind of grid, and this allows a relatively small electromagnet to act as a large magnet. This makes it possible to power a house from a simple power grid, for example, using an ordinary power strip.

These locations provide important references for determining the strength of the local magnetic field. If, for example, you wanted an electromagnet in a house to generate a strong magnetism nearby, you’d probably

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