Electromagnetic Devices

Electromagnetic fields act on organic and inorganic matter by combining a combination of mechanical, electrical, chemical and magnetic actions. It is from these assumptions that often surprising, unhoped-for and certainly unattainable results are obtained by other means.

Fundamental are the methods by which electromagnetic waves are applied. The effects depend on a number of correct settings of waveforms, transmitted power, and modes of application.

The electromagnetic devices described here, can therefore be used in any area of research.

Each of them, which can be used with any DDS-type frequency or signal generator (such as the Spooky2), was first subjected to a series of measurements and experiments to then identify construction methods that would ensure maximum durability and strength. Finally, the best materials available on the market were chosen.

The following descriptions are intended as suggestions for use and application,

- for experiments in the fields of physics, chemistry, and biology;

The careful choice of materials of construction of these devices has been made so that the possible use includes a target audience ranging from those who intend to perform experiments on electromagnetism up to companies that produce devices for scientific use. They are, in fact, the result of continuous study, aimed at identifying the safest, most effective and fastest ways.