Is free energy possible with magnets? – Flywheel Free Energy Generator Bangladesh

Yes. We have the magnetosphere. When lightning strikes, an electricity field is formed around it. The force produced is not strong enough to create a magnet. The magnetic field is not a constant, but its strength varies. It is stronger in the upper atmosphere and weaker at lower altitudes. The total field strength is strong enough to deflect a meteor from Earth. In fact, an intense lightning storm may deflect a meteor away from Earth. To prevent this, magnets, or better known a superconducting magnet, are required, which can only be produced by a superconductor. When a magnet is produced, it consists of a coil which is made of metal, and has a ferromagnetic core.

What is a superconductor?

A superconductor contains no electric or magnetic charge. The electrical and magnetic fields in a superconductor do not interfere with each other, causing electric and magnetic discharges to occur. This is why superconductors do not resist electric shockwaves. Superconductors exist at relatively low temperatures. If you melt ice into a superconductor and cool it to room temperature, the energy stored in the ice melts and the superconducting material is freed from the solid state, and becomes electrically conductive again. The process is called electrochemical purification.

We are trying to make a type of superconductor, called superconductive metals. These can be made by melting metals into a superconductor, and cooling them to normal room temperature. The superconductor is now superconductive, and free of any electricity flowing through it. Superconductivity is not limited to metals, but applies to the properties of superconductors created at low temperatures that are not susceptible to thermal damage. If you are interested in finding out more about what superconductivity is or has ever been able to do, check this page.

What are magnets?

Magnets are a general term for magnetic monopoles. A monopole is magnetism created by a field that lies along a magnetic line of force. A magnet poles can have opposing magnetic poles, but they are usually in the same plane and are not perpendicular to the lines of force. Most magnets are very small spheres (1/100th of an inch or less), and typically contain only one pole, or magnetic field. Many more are smaller, typically having two or more poles. As they can move on either magnetic field, magnetism is produced, and these are called poles. Magnets can be

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